JP2009209926A - Various energy conservation cycle combined engine - Google Patents

Various energy conservation cycle combined engine Download PDF

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JP2009209926A
JP2009209926A JP2008229434A JP2008229434A JP2009209926A JP 2009209926 A JP2009209926 A JP 2009209926A JP 2008229434 A JP2008229434 A JP 2008229434A JP 2008229434 A JP2008229434 A JP 2008229434A JP 2009209926 A JP2009209926 A JP 2009209926A
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power generation
reduction means
acceleration
shock reduction
vertically downward
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Hiroyasu Tanigawa
浩保 谷川
Kazunaga Tanigawa
和永 谷川
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00—Integration of renewable energy sources in buildings
    • Y02B10/20—Solar thermal
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00—Integration of renewable energy sources in buildings
    • Y02B10/50—Hydropower in dwellings
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/40—Solar thermal energy, e.g. solar towers
    • Y02E10/46—Conversion of thermal power into mechanical power, e.g. Rankine, Stirling or solar thermal engines
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E20/00—Combustion technologies with mitigation potential
    • Y02E20/14—Combined heat and power generation [CHP]
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E20/00—Combustion technologies with mitigation potential
    • Y02E20/16—Combined cycle power plant [CCPP], or combined cycle gas turbine [CCGT]
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P80/00—Climate change mitigation technologies for sector-wide applications
    • Y02P80/10—Efficient use of energy, e.g. using compressed air or pressurized fluid as energy carrier
    • Y02P80/15—On-site combined power, heat or cool generation or distribution, e.g. combined heat and power [CHP] supply
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T10/00—Road transport of goods or passengers
    • Y02T10/10—Internal combustion engine [ICE] based vehicles
    • Y02T10/12—Improving ICE efficiencies

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  • Engine Equipment That Uses Special Cycles (AREA)
  • Turbine Rotor Nozzle Sealing (AREA)
  • Control Of Eletrric Generators (AREA)
  • Supply And Distribution Of Alternating Current (AREA)
  • Charge And Discharge Circuits For Batteries Or The Like (AREA)
  • Other Liquid Machine Or Engine Such As Wave Power Use (AREA)

Abstract

<P>PROBLEM TO BE SOLVED: To generate power of 13,000 times that of an existing engine by a solar gravitational acceleration power generation though existing engines are said to be the theoretically best ones. <P>SOLUTION: Steel balls are gravitationally accelerated by a vertical, all moving blade gravitational turbine in a large specific gravity object solar gravitational acceleration power generation. An atmospheric pressure equal speed power is increased by 1,700 × 7.8= approximately 13,000 times that of an existing steam turbine. A gravity acceleration of 9.8 m/sec vertically downward is added to the gravitational acceleration in vacuum to enhance the acceleration. A head is increased to 1000 m to increase the power generation amount by driving a steel ball speed turbine. The power generation amount is ten times the power generation amount of the world by operating the steel ball solar gravitational acceleration power generation. By this gravitational acceleration power generation, various automobiles, various ships, and various fully electrical houses driven by the extremely inexpensive solar gravitational acceleration power generation battery can be easily and widely used for zeroing fuel cost, exhaustion of CO<SB>2</SB>, and rise of temperature of seawater by everybody for preventing global warming. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

地球最大加速が真空中の重力加速度で最大熱量が太陽光です。小型軽量大出力の太陽光重力加速度発電用理論最良エンジンを、竪型全動翼重力タービン８Ｇ太陽光重力加速度発電とし、太陽光加熱器２や太陽熱増大吊橋２ｂや夫々を用途に合わせて変形して、例えば内部の空気管空気２８ａや内部空気２８ａを太陽光で加熱し、加熱した空気２８ａを熱ポンプ１Ｇで繰り返し圧縮繰り返し６００〜１２００度等として、繰り返し熱回収冷却して４０度前後４００ＭＰａ圧縮空気２８ａ＋１００〜３５０度４００ＭＰａ高温水５２ｂに分割保存使用し、竪型全動翼重力タービン８Ｇを限り無く多段に設けて落差を増大した出力増大として、例えば鋼球等限りなく小径として衝撃を低減した比重大物質１ｃの出力増大球２Ｅを高温水５２ｂで高速噴射し、高温水５２ｂ気化爆発力により真空方向垂直下方に重力加速度を追加加速して、タービン翼８ｃに噴射高温水を衝撃低減手段２Ｇとして鋼球の転がり接触回転出力発生とし、被覆や潤滑油や不燃液体等各種衝撃低減手段２Ｇを設けた比重大物質１ｃを、太陽光加熱水速度や空気速度等＋重力加速度加速の過程で竪型全動翼重力タービン８Ｇを駆動する、比重大物質太陽光重力加速度発電技術に関する。   The earth's maximum acceleration is gravity acceleration in vacuum and the maximum amount of heat is sunlight. A small, light, high-power, theoretical best engine for solar light gravitational acceleration power generation is a boat-type all blade gravity turbine 8G solar light gravitational acceleration power generation, and the solar heater 2 and the solar thermal augmentation suspension bridge 2b are deformed according to the application For example, the internal air tube air 28a and the internal air 28a are heated by sunlight, and the heated air 28a is repeatedly compressed repeatedly by the heat pump 1G by 600 to 1200 degrees and so on, and repeatedly heat recovered and cooled to around 40 degrees and 400 MPa compression For example, steel balls, etc., have an infinitesimal reduction in diameter to reduce the impact as an increase in power, such as steel balls, etc., as divided power for air 28a + 100 to 350 degrees 400 MPa high temperature water 52b High-temperature water 52b is injected at high speed with the power increase ball 2E of the ratio critical substance 1c, and it is heavy downward in the vacuum direction due to the high-temperature water 52b vaporization explosive power Acceleration is additionally accelerated, and high temperature water injected to the turbine blade 8c is used as impact reduction means 2G to generate rolling contact rotational output of steel balls, and various impact reduction means 2G such as coating, lubricating oil and incombustible liquid are provided. In the process of the solar power water speed, the air speed, etc. + gravity acceleration + acceleration, it is a specific vital substance solar gravity acceleration power generation technology that drives the boat-like all moving blade gravity turbine 8G.

理論的には１０００度前後圧縮空気２８ａにより水銀を５００度前後に加熱して、衝撃低減手段２Ｇの水銀気化爆発力と４００ＭＰａ等高圧噴射速度により白金球を加速し、真空方向垂直下方に重力加速度を追加した加速にして、既存タービン翼断面積の２〜２５倍断面積タービン翼８ｃに噴射し、白金球や水銀の転がり接触で竪型全動翼重力タービンを駆動して、大気圧同速度同容積仕事率ｋｇ重ｍ／秒を、既存蒸気タービン発電の１７００×１３．５倍＝２２９５０倍水銀発電量や、１７００×２１．３＝３６２１０倍白金発電量等に増大が最良ですが、資源量や単価を考えて軸受大量生産中の鋼球＋水の衝撃低減手段２Ｇ重力加速度発電から出発にして、既存蒸気タービン発電の１７００×７．８倍＝約１．３万倍近傍にし、可能な限り小径とした鋼球＋水の気化爆発力＋重力加速度追加竪型全動翼重力タービン駆動及び、可能な限り小径とした鋼球＋圧縮空気２８ａ爆発力＋重力加速度追加竪型全動翼重力タービン駆動として、使用熱量に近い膨大な量の温熱５２ｄ＋冷熱５２ｅを回収利用し、温熱５２ｄは熱ポンプ１Ｇで４００度等に適宜に上昇使用冷熱５２ｅを増大して、既存蒸気タービン発電の１、３万倍発電量を狙う、燃料消費０の比重大物質太陽光重力加速度発電技術に関する。   Theoretically, the mercury is heated to about 500 degrees by 1000 degree compressed air 28a, and platinum spheres are accelerated by the mercury vaporization explosive power of impact reducing means 2G and high pressure injection speed such as 400MPa, and gravity acceleration vertically downward in vacuum direction The acceleration is added to the existing turbine blade cross-sectional area 2 to 25 times the cross-sectional area of the turbine blade 8c, and by rolling contact with platinum balls or mercury, the wing-type full blade gravity turbine is driven to achieve the same atmospheric pressure and velocity. It is best to increase the same volume work load kg weight m / s to the existing steam turbine power generation 1700 × 13.5 times = 22950 times the mercury power generation or 1700 × 21.3 = 36210 times platinum power generation etc. Starting from steel ball + water impact reduction means 2G gravity acceleration power generation during mass production of bearings considering amount and unit price, it is possible to make it 1700 × 7.8 times = about 13,000 times that of existing steam turbine power generation As long as Diameter of steel ball + water vaporizing explosion force + gravity acceleration added vertical type all moving blade gravity turbine drive and steel ball as small diameter as possible + compressed air 28a explosive force + gravity acceleration added vertical type total moving blade gravity turbine Drive the huge amount of heat 52d + cold 52e, which is close to the amount of heat used, by recovery and increase the heat 52d appropriately to 400 degrees with the heat pump 1G etc. Increase the use cold 52e, 1, 3 of existing steam turbine power generation It is related to a non-fuel-consumption specific material solar gravitational acceleration power generation technology aiming at 10,000 times power generation.

後追いエンジン発明阻止のため、高校や大学で理論最良エンジンと徹底的に騙しており、小学校理科に戻って理論最良エンジンを考えると、出力や仕事率の単位がｋｇ重ｍ／秒等重量×速度のため、重い物質を高速度にして回転出力発生が理論最良エンジンです。回転出力発生で充分な頃発明の火力原子力発電海面温度７度上昇を１００年続けると、ＣＯ２排出量や海水表面温度７度上昇海域が１０％成長で１０００倍を超えるため、旱魃や豪雨や風速を１０倍の３００ｍ／秒台風や季節風として南極の氷を０に近付け、陸と海の食糧が０に近付き、人類が絶滅する背景があります。火力原子力発電では海面温度７度上昇は環境に影響皆無と騙しており、日本近海の海藻類や魚類が絶滅に近付くテレビ報道が実際です。ＩＰＣＣ北極予測も７度上昇がコンピュータ計算外のため、衛星去年観測北極海海氷面積がＩＰＣＣ予測４０年後に近い状態で観測された報道があり、ＩＰＣＣ予測全部を大誤報と考えるのが良く、平均的に１度温度上昇しても異状気象は困難で、９０％前後が海面温度７度上昇と考えると、１００年前後で海面温度２〜３回上昇１４〜２１度上昇海域が出現し、南極の氷が０に近付き、海面上昇が７７ｍに近付く背景があります。   In order to prevent backtracking engine inventions, we are thoroughly overwhelmed with theoretical best engine in high school or university, and when we return to elementary school science and think of theoretical best engine, unit of output and work rate is kg weight m / sec equal weight x speed Because of the high speed of heavy materials, rotational power generation is the theoretical best engine. When the 7% rise in surface temperature of the thermal power nuclear power generation invention of the invention is continued for 100 years when the rotational power generation is sufficient, the CO2 emissions and the sea surface temperature rise by 7 ° C increase by 10% in the sea area. 10 times 300m / s as the typhoon and monsoon wind Antarctic ice close to 0, land and sea food close to 0, there is a background that humanity will be extinct. In thermal power nuclear power generation, the sea surface temperature rise of 7 degrees has no effect on the environment, and seaweeds and fish in the waters near Japan are in fact close to extinction. Since the IPCC Arctic forecast is also 7 degrees higher than the computer calculation, there is a report that the satellite last year observed Arctic Ocean ice area was observed in the near state 40 years after the IPCC forecast, so it is better to consider all IPCC forecasts as a major false alarm, Anomalous weather is difficult even if the temperature rises by 1 degree on average. Assuming that 90% rise in the sea surface temperature is around 90%, a rise in the sea surface temperature 2-3 times in about 100 years appears a rise area of 14-21 degrees, There is a background that Antarctic ice approaches 0 and sea level rise approaches 77m.

出力や仕事率の単位がｋｇ重ｍ／秒等重量×速度のため、重い物質を重力加速度加速にして回転出力を発生するのが理論最良エンジンですが、考えた痕跡が皆無という背景があります。そこで消費熱量０鋼球の重力加速度発電にし、大気圧同速度仕事率ｋｇ重ｍ／秒を１７００倍×７．８＝約１．３万倍にして、白金球や水銀や鋼球等比重大物質１ｃを垂直下方に重力加速度加速にすると、低速で落差を増大する入力より重力加速度加速だけでも出力発生は大幅に増大し、タービンの大型化多数化＋落差を１０００ｍ以上に増大限り無く出力を増大できる背景があります。地球での最大加速が重力加速度で無限大に近く、海水温度上昇０やＣＯ２排気０や燃料費０の理論最良エンジン重力加速度発電として、無限大に近い発電量とし、重力加速度発電蓄電池駆動や電気駆動の、各種自動車類全盛や各種船舶類全盛や全面電化住宅全盛等、極端に安価な発電蓄電池駆動や電気駆動が得られる背景があります。   Since the unit of output and work rate is kg weight m / sec isoweight x velocity, it is theoretically the best engine to generate rotational output by accelerating a gravitational substance with a heavy substance, but there is no background for thinking about it. Therefore, the gravity acceleration power generation of zero heat consumption steel balls is used, and the atmospheric pressure constant velocity work ratio kg weight m / s is increased by 1700 times × 7.8 = approximately 13,000 times, and the ratio of platinum balls, mercury, steel balls etc. is serious If material 1c is accelerated by gravity acceleration downward vertically, the output generation is greatly increased by gravity acceleration acceleration only from the input that increases the drop at low speed, and the turbine is enlarged and the number of drops increased by more than 1000 m. There is a background that can be increased. The maximum acceleration on the earth is close to infinity by gravity acceleration, theory of seawater temperature rise 0 or CO2 exhaust 0 and fuel cost 0 theory The best engine gravitational acceleration power generation is the generation amount close to infinity, gravity acceleration power generation battery drive and electricity There are backgrounds where extremely cheap power storage battery drive and electric drive can be obtained, such as the drive of various kinds of automobiles, various kinds of ships, and full electrification housings.

昭和１７〜１８年に理論最良エンジンの発明を決意実際は改良から始め、昭和３８年岡山地方発明センターの請負で試作を開始して、自分でも試作を続けましたがエンジンの試作は非常に困難です。そこで昭和５７年２月より国内大企業等多数にご協力のお願い始めましたが、日本企業等の協力が皆無で、外国唯一お願いしたクリントン大統領の協力がお願いの都度３年３回得られ、１９９２年米国特許５１３３３０５号、１９９３年米国特許５２３０３０７号、１９９５年米国特許５４２９０７８号の駄目発明が判明したのです。既存のエンジンに致命的な欠点が非常に多く一発発明不可能が判明し、急がば回れと１９９７年ホームページを開設して欠点を１つづつ改良特許出願して、２００６年理論最良エンジン近くに到達したものです。
米国特許第６１１９６５０号、中国特許第８８１８号、ＥＵ英国特許９０２１７５号、米国特許第６２６３６６４号があり、上記多数の背景技術を改良や、下記特許文献２も理論最良エンジン発明の過程の発明です。 先の出願として特願２００７−１７９２０４号、特願２００７−２２１９７０号、特願２００７−２３７３６７号、特願２００７−２５０３４８号、特願２００７−２６５１１５号、特願２００８−６６１２号、特願２００８−２２２４６号、特願２００８−２４６５６号、特願２００８−２８５８２号、特願２００８−３０１６２号、特願２００８−９４４５２号、特願２００８−９９８７０号、特願２００８−１２５６６５号、特願２００８−１３４０４６号、特願２００８−１３７６２９号、特願２００８−１５７５５６号、特願２００８−１５８８３０号、特願２００８−１６２８４２号、特願２００８−１６４１１１号、特願２００８−１６６９０７号、特願２００８−１６９９７９号、特願２００８−１７３０４６号、特願２００８−１７４２３１号、特願２００８−１７８７００号、特願２００８−１７９８７２号、特願２００８−１８１０５２号、特願２００８−１８２３２５号、特願２００８−１８６７９５号、特願２００８−１８８１６５号、特願２００８−２０２６７７号、特願２００８−２０３８４２号、特願２００８−２０６６３２号、特願２００８−２０９４９７号、特願２００８−２１４９１２号があります。 Decided to invent the theoretical best engine in 1965. In fact, it began to improve and started trial production at the contract of the Okayama regional invention center in 1955, and continued trial production on its own, but trial production of the engine is very difficult. . Therefore, we started asking for a large number of large domestic companies to cooperate from February 1982. However, there is no cooperation from Japanese companies, etc. The cooperation of President Clinton who only asked foreign countries is obtained three or three times every request. The useless inventions of 1992 US Patent 5133305, 1993 US Patent 5230307 and 1995 US Patent 5429078 have been found. There are many fatal defects in the existing engine, and it is found that one shot can not be made. In a hurry, the 1997 homepage is opened and defects are filed one by one for improvement patent application, and the 2006 theoretical best engine is near Has arrived.
There are US Patent No. 6119650, Chinese Patent No. 8818, EU British Patent No. 902175, and US Patent No. 6263664, and the above-mentioned many background technologies are improved, and the following Patent Document 2 is also the invention of the process of theoretical best engine invention. As prior applications, Japanese Patent Application Nos. 2007-179204, 2007-221970, 2007-237367, 2007-250348, 2007-265115, 2008-6612, 2008- No. 22246, Japanese Patent Application No. 2008-24656, Japanese Patent Application No. 2008-28582, Japanese Patent Application No. 2008-30162, Japanese Patent Application No. 2008-94452, Japanese Patent Application No. 2008-99870, Japanese Patent Application No. 2008-125665, Japanese Patent Application No. 2008-134046 Japanese Patent Application No. 2008-137629, Japanese Patent Application No. 2008-157556, Japanese Patent Application No. 2008-158830, Japanese Patent Application No. 2008-162842, Japanese Patent Application No. 2008-164111, Japanese Patent Application No. 2008-166907, Japanese Patent Application No. 2008-169979 Japanese Patent Application No. 2008-173046, Japanese Patent Application No. 20 8-174231, Japanese Patent Application No. 2008-178700, Japanese Patent Application No. 2008-179872, Japanese Patent Application No. 2008-181052, Japanese Patent Application No. 2008-182325, Japanese Patent Application No. 2008-18675, Japanese Patent Application No. 2008-188165, Japanese Patent Application No. 2008 There are -220677, Japanese Patent Application No. 2008-203842, Japanese Patent Application No. 2008-206632, Japanese Patent Application No. 2008-209497, and Japanese Patent Application No. 2008-214912.

既存世界の火力原子力発電所では、ＣＯ２増大地球温暖化加速や海水表面温度摂氏７度上昇海域を１００年で１０００倍等とし、冬場に海面冷却海底に栄養分を供給していた自然現象を不可能として、植物プランクトンや海草類やサンゴ等を激減、食物連鎖により魚類の食糧激減魚類を大幅に激減人類の海中食物を限り無く減少し、旱魃や集中豪雨や台風や季節風を１０倍等に増大して、例えば台風や季節風を３００ｍ／秒等として陸上での食糧生産も加速度的に困難とし、人類絶滅の危険を増大のため、理論最良エンジン重力加速度発電により既存世界の１０倍発電量として、既存世界の火力原子力発電所を全廃比重大物質重力加速度発電にし、重力加速度発電蓄電池駆動各種自動車類全盛や、蓄電池駆動各種船舶類全盛や電気駆動全面電化住宅全盛にし、海水温度上昇０やＣＯ２排気０や燃料費０で人類絶滅を先送りする、人類史上最大の課題が在ります。   In existing thermal power nuclear power plants in the world, accelerating CO2 global warming and increasing sea surface temperature by 7 degrees centigrade to 1000 times in 100 years in the sea area is impossible for the natural phenomenon of supplying nutrients to the sea surface cooling seabed in winter As the phytoplankton, seaweeds and corals, etc. are drastically reduced, the food chain of fish is drastically reduced by the food chain, and the number of fish in the fish is drastically reduced. For example, food production on land is also difficult due to typhoons and monsoons at 300m / s etc., and the danger of human extinction is increased, so the theoretical best engine gravity acceleration power generation generates 10 times the power of the existing world. Power generation nuclear power plant is totally abolished ratio serious matter gravitational acceleration power generation, various acceleration such as gravity acceleration power generation storage battery driven various cars, various ships such as storage battery driven various electric drive And in a residential prime, to put off the human race extinct in seawater temperature rise 0 and CO2 emissions 0 and fuel costs 0, there are challenges maximum human history.

ＣＯ２排気０燃料費０の竪型全動翼重力タービンにより、比重大物質重力加速度発電にして、例えば鋼球の重力加速度発電にし、大気圧同速度仕事率ｋｇ重ｍ／秒を既存蒸気タービンの１．３万倍にして、既存世界の発電量の１０倍発電量とし、重力加速度発電蓄電池駆動各種自動車類全盛や、蓄電池駆動各種船舶類全盛や全面電化住宅全盛にして、既存世界の火力原子力発電所全廃ＣＯ２排気０にし、地球温暖化防止海面７度上昇海域を０にして、人類絶滅を先送りする効果があります。   CO2 exhaust 0 fuel cost 0 vertical type all moving blade gravity turbine, it is made a specific material gravity acceleration power generation, for example, it is a gravity acceleration power generation of steel balls, atmospheric pressure same speed work rate kg weight m / s for existing steam turbine The power generation capacity of the existing world is increased by 13,000 times to 10 times the power generation amount of the existing world, and a variety of automobiles driven by gravity acceleration power generation storage batteries, various ships driven by storage batteries, and full electrification houses flourish It has the effect of delaying the extinction of humanity by setting the power plant's total abolition of CO2 emissions to zero and the global warming prevention sea level rising zone to be zero.

発明の実施の形態や実施例を、図面を参照して説明するが、実施形態や実施例と既説明とその構成が略同じ部分には、同一の名称又は符号を付して、重複説明はできるだけ省略し、特徴的な部分や説明不足部分は、順次追加重複説明する。又非常に難解な脳内理論最良エンジン発明のためと、意図する所及び予想を具体的に明快に説明するため、アイディアを仮説数字で説明するが、正解は実験数字として理論最良エンジンの仮説数字に限定しません。最良と思われるアイディアを多数の用途で重複説明し、用途に合せてアイディアを選択使用して、請求項では多用途に合せて選択使用するため千変万化します。   The embodiments and examples of the invention will be described with reference to the drawings, but the same names and symbols are given to parts substantially the same as the ones in the embodiments and examples described above. It will be omitted as much as possible, and the characteristic parts and the inexplicable parts will be sequentially added and explained. In addition, although the idea is explained with hypothesized numbers in order to clearly explain the intended purpose and prediction specifically for the extremely difficult brain theory best engine invention, the correct answer is the experimental number of the theoretical best engine as the experimental number. Not limited to The idea that seems to be the best is redundantly described in many applications, and the idea is selected and used according to the application, and the claim is varied for selection and used according to the versatility.

図１の太陽光加熱器２は地球最大熱量の太陽光を長レンズ２ｄで直線状に集めて、空気２８ａを加熱する装置を各種水面に設ける実施例で、長レンズ２ｄの幅や長さ増大で空気２８ａ温度を燃料費０ＣＯ２排気０で上昇し、１日で３日分温度上昇する等として、既存のレンズ断面全部を選択使用可能とし、選択したレンズ断面を直線状に延長して太陽光を直線状に集光して、レンズ材質全部を選択使用可能とし、発泡プラスチック等の断熱材２ｃを筒形外箱７７Ｂで囲って円筒等の長大な筒を設けて、その中に耐熱材２Ａを設けて太陽熱で高温にする板状熱吸収材２Ｂを具備空気２８ａを加熱し、上部に複数等の幅広長大な長レンズ２ｄを継手８０Ａ＋締付具８０Ｂで密封真空断熱可能に設けて、長手方向には継手８０Ａで無限延長可能に、１８０度方向転換の場合は管端をＵ型管で接続複数の空気管を並行に設けて、水上で東から西に１８０度回転して太陽光加熱器２は傾斜太陽光に２方向直角維持回転する装置とし、陸上に設ける場合も同様の装置として空気２８ａを加熱することで軽量化の極限とします。   The solar heater 2 shown in FIG. 1 is an embodiment in which a device for heating the air 28a by collecting sunlight of the maximum amount of heat of the earth linearly with the long lens 2d is provided on various water surfaces. The width and length of the long lens 2d are increased The temperature of the air 28a is raised by the fuel cost 0CO2 exhaust 0, and the temperature is increased by 3 days in 1 day, etc., so that all the existing lens cross sections can be selected and used, and the selected lens cross sections are extended linearly Are linearly condensed to make it possible to select and use all lens materials, and a heat insulating material 2c such as a foamed plastic is surrounded by a cylindrical outer box 77B to provide a long cylinder such as a cylinder, and the heat resistant material 2A is contained therein. The plate 28 is provided with a plate-like heat absorbing material 2B for raising the temperature by solar heat, the air 28a is heated, and a plurality of wide and long long lenses 2d such as plural are provided sealingly by the joint 80A + fastener 80B so as to be vacuum-insulated. In the direction, it can extend infinitely by joint 80A, In the case of 80-degree change of direction, the pipe ends are connected by U-shaped pipes. A plurality of air pipes are provided in parallel, rotated 180 degrees from east to west on water, and the solar heater 2 maintains two directions perpendicular to inclined sunlight If it is installed on land, it will be the limit of weight reduction by heating air 28a as a similar device.

図２熱ポンプ１Ｇで複数回圧縮６００〜１２００度にして複数回熱回収１００〜２００度前後にし、８０度前後４００ＭＰａ圧縮空気爆発力＋１００〜３５０度４００ＭＰａ高温水５２ｂ爆発力に分割保存使用して、竪型全動翼重力タービン８Ｇ駆動の過程では、垂直に竪型全動翼重力タービン８Ｇ＋発電機１＋圧縮熱回収器２Ｃの熱ポンプ１Ｇを、タービン外箱７７ａ内に限り無く多段の１〜１２０段等に設けて、竪型全動翼重力タービン８Ｇ及び発電機１には夫々重量を支える推力軸受８０ａや軸受８０を設け、出力増大手段２Ｄを開放して、分割保存した衝撃低減手段２Ｇ兼用の１００〜３５０度前後４００ＭＰａ等の高温水５２ｂを噴射し、出力増大球２Ｅの小径鋼球等比重大物質１ｃを吸引垂直下方真空方向に重力加速度追加加速として、９．８ｍ／毎秒毎秒の加速を追加したタービンの回転出力発生とします。   Figure 2 Heat pump 1G compressed multiple times 600 ~ 1200 degrees and heat recovered several times around 100 ~ 200 degrees, around 80 degrees 400MPa compressed air explosive power + 100 ~ 350 degrees 400MPa high temperature water 52b explosive power divided storage and use , In the process of vertical wing all blade wing gravity turbine 8G drive, heat pump 1G of the vertical wing all blade wing gravity turbine 8G + generator 1 + compression heat recovery unit 2C vertically, without limit in the turbine outer case 77a It is provided in 120 stages etc., and thrust bearing 80a and bearing 80 are provided to support the weight, respectively, in the cage type full bucket gravity turbine 8G and generator 1, and the output increasing means 2D is opened, and divided and saved impact reducing means 2G Dual use of high temperature water 52b such as around 100 to 350 degrees and around 400MPa, etc., the small diameter steel ball equal ratio critical substance 1c of the power increase ball 2E is attracted and gravity acceleration addition acceleration is accelerated vertically downward in the vacuum direction To, and the rotation output generation of the turbine you add the acceleration of 9.8m / sec per second.

既存タービン翼断面積では不可のため２〜２５倍断面積にしたタービン翼断面４Ｘとして、強度増大転がり接触回転出力発生として空気抽出器５１で真空にし、出力増大球２Ｅの小径鋼球等＋衝撃低減手段２Ｇの高温水５２ｂを、真空方向重力加速度９．８ｍ／毎秒毎秒の加速として、落差を１０ｍ等増大毎に出力を増大して重量＋落差増大で限り無く出力を上昇し、既存蒸気タービン発電の１．３万倍発電量として、選択したタービン翼８ｃの竪型全動翼重力タービン８Ｇ径や回転数を選択し、重力加速部１ｇの加速距離を選択して、円周上全部のタービン翼８ｃに出力増大球２Ｅを作用させ、大気圧同速度同容積発電量を落差＋タービン増大で既存蒸気タービンの１．３万倍にします。 As the turbine blade cross section 4X made 2 to 25 times the cross sectional area is not possible with the existing turbine blade cross sectional area, vacuum is made by the air extractor 51 as strength increase rolling contact rotational power generation, small diameter steel balls etc. With the high-temperature water 52b of the reduction means 2G as acceleration in the direction of gravity in the vacuum direction of 9.8 m / sec, the output is increased every 10 m of drop increase, and the output is increased without limit by weight + drop increase, existing steam turbine Select the diameter of all floating blade gravity turbines 8G and rotational speed of the selected turbine blade 8c as the power generation amount of 13,000 times of power generation, select the acceleration distance of the gravity acceleration part 1g, and select all over the circumference. The power increase ball 2E is made to act on the turbine blade 8c, and the atmospheric pressure same speed same volume power generation amount is 13,000 times larger than the existing steam turbine by the head + turbine increase.

分割保存した圧縮空気２８ａ使用では、タービン翼８ｃに衝撃低減手段２Ｇの被覆等を設けた竪型全動翼重力タービン８Ｇを使用し、出力増大手段２Ｄを開放４０度前後４００ＭＰａ圧縮空気２８ａを噴射して、鋼球等比重大物質１ｃを吸引垂直下方加速＋重力加速度追加加速とし、２〜２５倍断面積タービン翼断面４Ｘに噴射転がり接触タービン駆動して、回転出力発生の過程では比重大物質１ｃに冷熱５２ｅを移動して容積低減の縮小とし、排気の過程では熱ポンプ１Ｇで回収した熱量に近い冷熱５２ｅの圧縮空気冷熱＋比重大物質冷熱の利用として、増大球上昇装置２Ｆで各種衝撃低減手段２Ｇと共に出力増大球２Ｅを１０００ｍ等上昇保存使用として、温熱５２ｄ利用の過程では余剰熱量を熱ポンプ１Ｇで圧縮圧縮熱回収器２Ｃで熱回収し、５００度以下の過熱蒸気温熱５２ｄ等として使用することで冷熱５２ｅを更に増大使用します。   In the use of compressed air 28a divided and stored, a wing-type full blade gravity turbine 8G provided with a coating etc. of impact reducing means 2G on the turbine blade 8c is used, and the output increasing means 2D is opened 40 degrees before and after 400MPa compressed air 28a is injected Then, steel ball equal ratio critical substance 1c is suction vertical downward acceleration + gravity acceleration additional acceleration, and is driven by injection rolling contact turbine to 2 to 25 times cross section turbine blade section 4X, and in the process of rotational power generation, the ratio critical substance Move the cold heat 52e to 1c to reduce the volume reduction, and in the process of exhaustion, use the compressed air cold heat + ratio critical substance cold heat of the cold heat 52e close to the heat amount recovered by the heat pump 1G In the process of utilization of the heat 52d, use the heat pump 1G to compress the heat, compress the heat recovery device 2C, and use the heat increaser 2D as the output increase sphere 2E is stored for 1000 m etc. And yield, and further increased using cold 52e by using as such 500 degrees or less superheated steam heat 52 d.

過熱蒸気温熱５２ｄ等の温熱をメタンハイドレートに注入メタンを回収する等、各種用途に使用し、業務用や家庭用の各種温水設備機器類や各種蒸留水製造設備類や各種温室類や各種暖房設備機器類や各種調理設備機器類や各種洗濯乾燥機類や各種食器洗い機類等を製造販売して、圧縮空気冷熱５２ｅや比重大物質冷熱５２ｅはアルコール冷熱５２ｅや氷冷熱５２ｅとして熱交換貯蔵し、業務用や家庭用の各種冷凍設備機器類や各種冷蔵設備機器類や各種冷房設備機器類や各種製氷設備機器類や各種温熱冷熱配管ビル類等を製造販売運用して、安価氷の行列等で都市部を丸ごと冷却し、ヒートアイランド現象を逆転して冷夏都市にします。 Thermal energy such as superheated steam 52d is injected into methane hydrate, etc. It is used for various purposes, etc., and it is used for various uses, various warm water equipments for business use and home use, various distilled water manufacturing equipment, various greenhouses and various heating Manufactures and sells equipment equipment, various cooking equipment, various washing and drying machines, various dishwashers, etc. Heat exchange storage of compressed air cooling heat 52e and specific material cooling heat 52e as alcohol cooling heat 52e and ice cooling heat 52e Production, sales and operation of various refrigeration equipments for business use and household use, various refrigeration equipment equipments, various cooling equipment equipments, various ice making equipment equipments, various heating and cooling pipes, etc. The whole city is cooled down and the heat island phenomenon is reversed to make it a cold summer city.

海水温度上昇０ＣＯ２排気０燃料費０設備費最小の、理論最良エンジン比重大物質太陽光重力加速度発電により、既存世界発電量の１０倍発電量とし、非常に安価な比重大物質太陽光重力加速度発電蓄電池駆動や電気使用の、各種自動車類全盛や各種船舶類全盛や全面電化住宅全盛等にして、地球温暖化防止する可能性があります。   Increase in seawater temperature 0CO2 exhaust 0 fuel cost 0 minimum equipment cost, theoretical best engine ratio serious substance solar gravitational acceleration power generation 10 times the existing world power generation amount of power generation, very cheap ratio serious substance solar gravity acceleration power generation It is possible to prevent global warming by using various types of vehicles, such as storage battery drive and electricity, as well as various types of ships, such as various kinds of ships, and full electrification homes.

太陽光加熱器２の説明図（実施例１）Explanatory drawing of the sunlight heater 2 (Example 1) 竪型全動翼重力タービン８Ｇの説明図（実施例２）Explanatory drawing of a cage-type all moving blade gravity turbine 8G (Example 2)

符号の説明Explanation of sign

１：発電機、 １Ａ：水銀排気検査室、 １Ｂ：酸素量増大手段、 １Ｃ：アルコール冷熱、 １Ｆ：水ポンプ、 １Ｇ：熱ポンプ、 １Ｈ：揚水ポンプ、 １ｃ：比重大物質、 １ｅ：被覆鋼球（衝撃低減手段２Ｇで被覆） １ｅ：被覆水銀（球形のステンレス等耐久材や衝撃低減手段２Ｇで被覆） ２：太陽光加熱器（長レンズで太陽光追跡） ２ａ：復水器、 ２ｂ：太陽熱増大吊橋（吊具左右を上下して長レンズ複数段で太陽光追跡） ２ｃ：断熱材、 ２ｄ：長レンズ、 ２ｅ：水面、 ２ｆ：吊具左、 ２ｇ：吊具右、 ２Ａ：耐熱材、 ２Ｂ：熱吸収材、 ２Ｃ：圧縮熱回収器、 ２Ｄ：出力増大手段、 ２Ｅ：出力増大球（白金球・被覆白金球・金球・被覆金球・白金合金球・金合金球・鉛合金球・銀合金球・被覆白金合金球・被覆金合金球・被覆鉛球・被覆銀合金球・タングステン合金球・被覆タングステン合金球・タングステン鋼球・被覆タングステン鋼球・タンタル合金球・被覆タンタル合金球・モリブデン鋼球・被覆モリブデン鋼球・モリブデン鋳鉄球・被覆モリブデン鋳鉄球・銀球・被覆銀球） ２Ｆ：増大球上昇装置、 ２Ｇ：衝撃低減手段（小径球・潤滑油類・不燃液体類・ゴム類・プラスチック類等の被覆） ２Ｈ：冷熱復水器、 ２Ｙ：水熱交換器、 ３：摩擦損失低減手段（撥水作用や加熱高温手段等で摩擦損失を低減） ３Ａ：撥水作用（水との摩擦損失低減手段） ３Ｂ：加熱高温手段（電気抵抗や電磁加熱等既存技術で高温にする） ３Ｃ：冷熱回収手段、 ３Ｇ：撥水作用（水銀との摩擦損失低減手段） ４Ａ：タービン翼断面（既存断面） ４Ｂ：タービン翼断面（出力面湾曲少断面） ４Ｃ：タービン翼断面（出力面直線断面） ４Ｄ：タービン翼断面（出力反対面直線断面） ４Ｅ：タービン翼断面（出力反対面湾曲少断面） ４Ｆ：タービン翼断面（既存の反対断面） ４Ｘ：タービン翼断面（４Ａ〜４Ｆより選択断面） ５Ｃ：空気排気室、 ６：ノズル、 ６ａ：ノズル噴射部、 ６ｂ：ノズル噴射部、 ６ｄ：ノズル噴射部、 ６ｚ：水噴射ポンプ、 ６Ｆ：圧縮空気噴射ノズル、 ７：燃料噴射弁、 ８ａ：全動翼弾み車ガスタービン（全動翼ガスタービン）、 ８ｂ：全動翼弾み車水タービン（全動翼水タービン）、 ８ｃ：タービン翼、 ８ｄ：側板、 ８ｅ：円筒胴、 ８Ｅ：全動翼弾み車水銀タービン（全動翼水銀タービン）８Ｆ：全動翼弾み車重力タービン、８Ｇ：竪型全動翼重力タービン、 ８Ｋ：対向直列全動翼弾み車タービン（対向直列全動翼弾み車水銀タービン対向直列全動翼弾み車水タービン対向直列全動翼弾み車ガスタービン対向直列全動翼弾み車重力タービン）、 ８Ｌ：直列全動翼弾み車タービン（直列全動翼弾み車水銀タービン直列全動翼弾み車水タービン直列全動翼弾み車ガスタービン直列全動翼弾み車重力タービン）、 １０ａ：拡径圧縮室、１１Ａ：隔壁、 １１Ｂ：水室 １１Ｃ：空気室、 １６：クランク軸、２１：拡径ピストン、２４Ａ：圧縮空気制御弁、 ２５：過熱蒸気制御弁、 ２５Ｂ：高温水制御弁、 ２５：吸気弁、２８ａ：空気、 ２８ａ：内部空気、 ２８ａ：空気管空気、 ２８ｂ：圧縮空気熱量、 ４９：燃焼ガス、 ４９Ｂ：煙突燃焼ガス熱量、 ４９Ｃ：工場使用熱量、 ５０：過熱蒸気、 ５１：空気抽出器、 ５２ａ：水、 ５２ｂ：水（太陽光で温度が変る水） ５２ｂ：高温水、 ５２ｄ：温熱、 ５２ｄ：水温熱、 ５２ｄ：過熱蒸気温熱、 ５２ｅ：冷熱、 ５２ｅ：水冷熱、 ５２ｅ：圧縮空気冷熱、 ５２ｅ：アルコール冷熱、 ５２ｅ：氷冷熱、 ５５：歯車式同期装置、 ５５Ｂ：磁気摩擦変速装置（歯車式及び送水ポンプ兼用を含む） ５５Ｙ：歯車式変速装置（既存変速機から選択） ６０Ａ：内側軸装置、 ６０Ｂ：外側軸装置、 ６０Ｃ：内側動翼群、 ６０Ｄ：外側軸群、 ７７Ｂ：筒形外箱、 ７７ａ：タービン外箱、 ８０：軸受、 ８０ａ：推力軸受、 ８０Ａ：継手、 ８０Ｂ：締付具、 ８１：支軸、 ８１ａ：支点、８４：二重反転磁気摩擦動力伝達装置（歯車式及び送水ポンプ兼用を含む） ８４Ｙ：二重反転歯車装置（既存技術） ９４Ａ：外箱垂直部、 ９５：高温水溜、 ９５ｂ：圧縮空気溜、 ９７：逆止弁、１０３：冷熱回収器、   1: Generator, 1A: Mercury Exhaust Inspection Room, 1B: Means of increasing oxygen level, 1C: Alcohol cold energy, 1F: Water pump, 1G: Heat pump, 1H: Pumping pump, 1c: Critical material, 1e: Coated steel ball (Coated with impact reducing means 2G) 1e: Coated mercury (coated with spherical stainless steel durable material or impact reducing means 2G) 2: Sunlight heater (sunlight tracking with long lens) 2a: Condenser, 2b: Solar thermal Increase suspension bridge (hanging fixture left and right up and down, long light lens tracking by two or more steps) 2c: heat insulating material, 2d: long lens, 2e: water surface, 2f: lifting device left, 2g: lifting device right, 2A: heat resistant material, 2B: heat absorbing material, 2C: compression heat recovery device, 2D: power increasing means, 2E: power increasing ball (platinum ball, coated platinum ball, gold ball, coated gold ball, platinum alloy ball, gold alloy ball, lead alloy ball) Silver alloy ball Coated platinum alloy ball Coated gold alloy -Coated lead ball-Coated silver alloy ball-Tungsten alloy ball-Coated tungsten alloy ball-Tungsten steel ball-Coated tungsten steel ball-Tantalum alloy ball-Coated tantalum alloy ball-Molybdenum steel ball-Coated molybdenum steel ball-Molybdenum cast iron ball-Coating Molybdenum cast iron balls, silver balls, coated silver balls 2F: Increase ball raising device, 2G: Impact reduction means (covers with small diameter balls, lubricating oils, incombustible liquids, rubbers, plastics, etc.) 2H: cold heat condenser , 2Y: water heat exchanger, 3: friction loss reducing means (reduce the friction loss by water repelling action or heating high temperature means etc.) 3A: water repelling action (friction loss reducing means with water) 3B: heating high temperature means (electricity 3C: Cold heat recovery means, 3G: Water repellant action (friction loss reduction means with mercury) 4A: Turbine blade cross section (existing cross section) 4B: Turbi Blade cross section (output surface curve small cross section) 4C: Turbine blade cross section (output surface straight cross section) 4D: Turbine blade cross section (output opposite surface straight cross section) 4E: Turbine blade cross section (output reverse surface small curvature cross section) 4F: Turbine blade cross section (Existing opposite cross section) 4X: Turbine blade cross section (selected cross section from 4A to 4F) 5C: air exhaust chamber, 6: nozzle, 6a: nozzle injection part, 6b: nozzle injection part, 6d: nozzle injection part, 6z: water Injection pump, 6F: compressed air injection nozzle, 7: fuel injection valve, 8a: all-wing boils gas turbine (all-wing gas turbine), 8b: all-wing boils water turbine (all-wing water turbine), 8c: Turbine blade, 8d: Side plate, 8e: Cylindrical body, 8E: All-wing bogie mercury turbine (all-wing mercury turbine) 8F: All-wing bogie gravity turbine, 8G: Vertical all-wing gravity Bin, 8K: All-in-line all-rotary-impact rotor turbine (all-in-class all-impact rotor-impact wheel mercury turbine opposed series all-impact rotor-impact car water turbine opposite-in-all-all-impact rotor gas turbine opposed series all-impact all-impact ball-lifting gravity turbine) 8L: All in-line Rotor wheel ball turbine (Series all blade spring wheel mercury turbine in-line all blade spring wheel water turbine in-line all blade spring wheel gas turbine in-line all blade spring wheel gravity turbine) 10a: Expanding compression chamber 11A: Partition wall, 11B: Water chamber 11C: air chamber, 16: crankshaft, 21: enlarged diameter piston, 24A: compressed air control valve, 25: overheated steam control valve, 25B: high temperature water control valve, 25: intake valve, 28a: air, 28a: internal air , 28a: air tube air, 28b: compressed air heat quantity, 49: combustion gas, 49B: chimney combustion gas heat quantity, 49C: factory use heat quantity, 50: Superheated steam, 51: Air extractor, 52a: Water, 52b: Water (water whose temperature changes due to sunlight) 52b: High temperature water, 52d: Thermal, 52d: Water temperature heat, 52d: Superheated steam thermal, 52e: Cold energy, 52e : Water-cooled heat, 52e: Compressed-air cold energy, 52e: Alcohol-cooled heat, 52e: Ice-cooled heat, 55: Gear-type synchronizer, 55B: Magnetic friction transmission (including both gear-type and water pump) 55Y: Gear-type transmission ( 60A: inner shaft device, 60B: outer shaft device, 60C: inner blade group, 60D: outer shaft group, 77B: cylindrical outer box, 77a: turbine outer box, 80: bearing, 80a: Thrust bearing, 80A: Joint, 80B: Fastening tool, 81: Support shaft, 81a: Support point, 84: Double reversal magnetic friction power transmission device (including gear type and water pump combination) 84Y: Double reverse gear device (existing technology) 94A: Outer case vertical part, 95: high temperature water reservoir, 95b: compressed air reservoir, 97: check valve, 103: cold heat recovery device,

Claims (5000)

タービン翼断面（４Ａ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4A) 2 to 25 times the ratio Critical substance solar gravity acceleration power generation seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Uplift and use with shock reduction means (2G) + Gravity acceleration added to water speed, air speed and shock reduction speed etc. Vertical acceleration downward + acceleration of heavy substances in vacuum direction to increase power generation Cycle coalescing agency. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4B) 5 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 Power generation increase + increase ball rise device (2F) to reduce small power increase ball (2E) impact reduction (2G) together with means for storage and preservation + addition of gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavier materials in vacuum direction to increase power generation Coalition agency. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4C) 6 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 Power generation increase + increase ball rise device (2F) to reduce small power increase ball (2E) impact reduction (2G) together with means for storage and preservation + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy materials as vacuum direction accelerated rolling contact Various energy storage cycles with power generation increase method Coalition agency. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4D) 7 times ratio critical substance solar gravity acceleration power generation seawater temperature rise 0 fuel cost 0CO2 exhaust 0 power generation increase + increase ball lift device (2F) to reduce small power output ball (2E) impact reduction (2G) together with means of storage and preservation + addition of gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact to increase power output Cycle coalescing agency. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4E) 8 times ratio critical substance solar gravity acceleration power generation seawater temperature rise 0 fuel cost 0CO2 exhaust 0 power generation increase + increase ball rise device (2F) reduce small power output increase ball (2E) impact reduction Uplift and use with means (2G) + Gravity acceleration added to water speed, air speed, impact reduction means speed etc. Vertically accelerated downward + Heavy substance accelerated with impact reduction means (2G) to increase power generation Various energy conservation cycle union engine. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4F) with 9 times ratio critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) heat pump In (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) to be stored and used + Gravity to water speed, air speed, shock reduction means speed etc Add acceleration Vertical acceleration downward + acceleration of heavy materials in the direction of vacuum to increase power output. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating mercury vertically downward by providing a turbine blade cross section (4A) with 10 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages heat pump (2B) heating internal air (28a) heat pump In (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) to be stored and used + Gravity to water speed, air speed, shock reduction means speed etc Add acceleration Vertical acceleration downward + Vacuum heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4B) with 11 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) heat pump In (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) to be stored and used + Gravity to water speed, air speed, shock reduction means speed etc Add acceleration Acceleration vertically downward + Heavy material in vacuum direction Acceleration rolling contact method Various power storage cycle combined engine with power generation increase method. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating mercury vertically downward by providing a turbine blade cross section (4C) with 12 times ratio critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) heat pump In (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) to be stored and used + Gravity to water speed, air speed, shock reduction means speed etc Add acceleration Vertical acceleration downward + heavier material as vacuum direction acceleration rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating mercury vertically downward by providing a turbine blade section (4D) 13 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) heat pump In (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) to be stored and used + Gravity to water speed, air speed, shock reduction means speed etc Acceleration Add various accelerations combined vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power output. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating mercury vertically downward by providing a turbine blade section (4E) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) heat pump In (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) to be stored and used + Gravity to water speed, air speed, shock reduction means speed etc Add acceleration Vertical acceleration downward + acceleration of heavy materials in the direction of vacuum to increase power output. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating mercury vertically downward by providing a turbine blade cross-section (4F) 15 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) heat pump In (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) to be stored and used + Gravity to water speed, air speed, shock reduction means speed etc Add acceleration Vertical acceleration downward + Vacuum heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4A) with 16 times ratio critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) heat pump In (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) to be stored and used + Gravity to water speed, air speed, shock reduction means speed etc Add acceleration Acceleration vertically downward + Heavy material in vacuum direction Acceleration rolling contact method Various power storage cycle combined engine with power generation increase method. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating mercury vertically downward by providing 17 times the ratio of the critical material solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4B) + heat absorbing material (2B) heating internal air (28a) heat pump In (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) to be stored and used + Gravity to water speed, air speed, shock reduction means speed etc Add acceleration Vertical acceleration downward + heavier material as vacuum direction acceleration rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4C) 18 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) heat pump In (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) to be stored and used + Gravity to water speed, air speed, shock reduction means speed etc Acceleration Add various accelerations combined vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power output. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 20 times ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4E) + multistage battery powered various vessels like this + increase ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage 21G ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4F) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 22V ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4A) in multiple stages + battery powered by various vessels such as 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4B) 23 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered various ships like ship + augmented sphere lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4C) with a ratio of 24 times that of a critical material solar gravitational acceleration power generation turbine in multiple stages 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) with 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade section (4E) twice as large as the ratio critical substance solar gravitational acceleration generator turbine in multiple stages + battery powered by various vessels such as battery + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4F) three times as large as a ratio critical substance solar gravitational acceleration power generation turbine + multistage battery powered various vessels like this + acceleration ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4A) with four-fold ratio critical substance solar gravitational acceleration power generation turbines in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4B) with a ratio of five times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4C) with a ratio of six times the ratio serious substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) seven times as large as a ratio critical substance solar gravitational acceleration power generation turbine 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4E) with 8 times ratio critical substance solar gravitational acceleration power generation turbine + multistage ship powered by various batteries such as storage battery + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4F) with 9 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing the turbine blade cross section (4A) with 10 times the ratio serious substance solar gravity acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4B) at a ratio of 11 times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4C) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various ships such as battery + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 13G ratio of the critical material solar gravitational acceleration power generation turbine in 13 stages of turbine blade cross section (4D) + battery powered by various ships like ship + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a four-fold ratio serious substance solar gravitational acceleration power generation turbine with a turbine blade cross-section (4E) of 14 times + multistage vessel powered by various batteries such as storage battery + 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4F) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4A) with 16 times ratio critical substance solar gravitational acceleration power generation turbine + multistage vessel powered by various vessels such as + battery lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing 17 times the ratio of the critical material solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4B) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4C) 18 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as + primed ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 20 times ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4E) + multistage battery powered various vessels like this + increase ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage 21G ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4F) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 22V ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4A) in multiple stages + battery powered by various vessels such as 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4B) 23 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered various ships like ship + augmented sphere lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4C) with a ratio of 24 times that of a critical material solar gravitational acceleration power generation turbine in multiple stages 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) with 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade section (4E) twice as large as the ratio critical substance solar gravitational acceleration generator turbine in multiple stages + battery powered by various vessels such as battery + augmented sphere lifter ( 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4F) three times as large as a ratio critical substance solar gravitational acceleration power generation turbine + multistage battery powered various vessels like this + acceleration ball lifter ( 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4A) with four-fold ratio critical substance solar gravitational acceleration power generation turbines in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4B) with a ratio of five times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross-section (4C) with six times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to the velocity, air velocity, impact reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross section (4D) seven times as large as a ratio critical substance solar gravitational acceleration power generation turbine + heat absorption material (2B) heating internal air (28a) as heat Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to the velocity, air velocity, impact reduction means velocity etc. Vertical acceleration downward + acceleration of heavier materials in the vacuum direction to increase power generation rate Combined engine with various energy storage cycles. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross-section (4E) with 8 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) as thermal Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to the speed, air speed, impact reduction means speed etc. Acceleration down vertically + heavy materials in vacuum direction acceleration rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross-section (4F) with 9 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) as heat Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to the speed, air speed, impact reduction means speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross section (4A) with 10 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) as thermal Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to speed, air speed, impact reduction means speed, etc. Vertical acceleration downward + acceleration of heavy materials with impact reduction means (2 G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4B) with 11 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by providing a turbine blade cross section (4D) with 13 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4E) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) with 15 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make the turbine blade cross section (4A) 16 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + power increase ball (2E) to be small diameter + water velocity, air velocity and impact reduction means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase power output. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make the turbine blade cross-section (4B) 17 times the ratio critical material solar gravity acceleration power generation output generating turbine blade all + power increase ball (2E) to be small diameter + water velocity, air velocity and impact reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make the turbine blade cross section (4C) 18 times ratio critical substance solar gravitational acceleration power generation output generating turbine blade total + power increase ball (2E) to be accelerated to small diameter + water velocity, air velocity, shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Heavy materials are accelerated in rolling direction in vacuum direction. Various energy conservation cycle combined engines with power generation increasing method. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4D) 19 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + power increase ball (2E) to be small diameter + water velocity, air velocity and impact reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + heavier materials are accelerated by rolling contact with vacuum direction. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make the turbine blade cross section (4E) 20 times ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + power increasing ball (2E) to be small diameter + water velocity, air velocity and impact reducing means Gravity acceleration is added to the speed etc. Various energy conservation cycle combined engines that increase power generation amount by accelerating the downward force vertically downward + accelerating heavy material with impact reduction means (2G). タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a 21-fold ratio critical substance solar gravitational acceleration power generation turbine with a turbine blade cross section (4F) in multiple stages + Driving an accelerated turbine with a small diameter power increase ball (2E) + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity, etc. Acceleration vertically downward + Acceleration of heavy materials in the vacuum direction to increase the amount of power generation Various energy storage cycle combined engines. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing 22 times the ratio critical substance solar gravitational acceleration power generation turbine with 22 times the turbine blade cross section (4A) + driving the power turbine with small diameter power increase sphere (2E) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + A variety of energy storage cycle combined engines with a method of increasing power generation capacity by accelerating heavier materials in the vacuum direction. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by installing a 23 G ratio critical substance solar gravitational acceleration power generation turbine in multiple stages with a turbine blade cross section (4B) + driving the acceleration turbine with a small diameter power increase ball (2E) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + Heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation increase method. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by arranging the critical blade solar gravity acceleration power generation turbine with multistage of 24 times the ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4C) + small diameter power increase ball (2E) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + A heavier material is used as a method for increasing the amount of power generation as a vacuum direction accelerated rolling contact. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by installing a 25-fold ratio critical substance solar gravitational acceleration power generation turbine with a turbine blade cross section (4D) in multiple stages + Driving an accelerated turbine with a small diameter power increase ball (2E) + Add gravity acceleration to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + A heavy material is accelerated with the impact reduction means (2G) to combine various energy storage cycle engines with power generation increase method. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4E) twice as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4F) three times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + increasing ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupling of the ratio critical material solar gravitational acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross-section (4B) five times as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the ratio critical material solar gravitational acceleration power generation turbine of 6 times the turbine blade cross-section (4C) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) seven times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) to 8 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4F) to 9 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) to 11 times the ratio critical substance sunlight gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by providing a turbine blade cross section (4D) with 13 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4E) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) with 15 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4A) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 17 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 18 times ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4D) 19 times ratio critical substance solar gravity acceleration power generation output generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4E) 20 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) 21 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4A) with 22 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4B) with 23 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by arranging the turbine blade cross section (4C) with 24 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4D) with 25 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing the turbine blade section (4E) with double ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4F) three times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + increasing ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupling of the ratio critical material solar gravitational acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross-section (4B) five times as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the ratio critical material solar gravitational acceleration power generation turbine of 6 times the turbine blade cross-section (4C) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4D) seven times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) to 8 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4F) to 9 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) to 11 times the ratio critical substance sunlight gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) 12 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by providing a turbine blade cross section (4D) with 13 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4E) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) with 15 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4A) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 17 times the ratio critical substance solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4B) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 18 times ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4D) 19 times ratio critical substance solar gravity acceleration power generation output generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4E) 20 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) 21 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 22 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4B) with 23 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by arranging the turbine blade cross section (4C) with 24 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4D) with 25 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing the turbine blade section (4E) with double ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4F) with three times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupling of the ratio critical material solar gravitational acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross-section (4B) five times as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the ratio critical material solar gravitational acceleration power generation turbine of 6 times the turbine blade cross-section (4C) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4D) seven times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the specific critical material solar gravity acceleration power generation turbine with 8 times the ratio of the critical blade solar cross section (4E) to the vertical direction 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4F) to 9 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) to 11 times the ratio critical substance sunlight gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) 12 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 13 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4E) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) with 15 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4A) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 17 times the ratio critical substance solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4B) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) 18 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4D) 19 times ratio critical substance solar gravity acceleration power generation output generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4E) 20 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) 21 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 22 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 23 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by arranging the turbine blade cross section (4C) with 24 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4D) with 25 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing the turbine blade section (4E) with double ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4F) with three times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupled ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross-section (4B) five times as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the ratio critical material solar gravitational acceleration power generation turbine of 6 times the turbine blade cross-section (4C) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4D) seven times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the specific critical material solar gravity acceleration power generation turbine with 8 times the ratio of the critical blade solar cross section (4E) to the vertical direction 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4F) 9 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + fully electrifying house prime + augmented ball lift device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) to 11 times the ratio critical substance sunlight gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) 12 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 13 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) 14 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) with 15 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4A) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 17 times the ratio critical substance solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4B) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) 18 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4D) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4E) 20 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) 21 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 22 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 23 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 24 times the ratio critical material solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4D) with 25 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing the turbine blade section (4E) with double ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4F) with three times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupled ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade cross section (4B) with five times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the ratio critical material solar gravitational acceleration power generation turbine of 6 times the turbine blade cross-section (4C) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4D) seven times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the specific critical material solar gravity acceleration power generation turbine with 8 times the ratio of the critical blade solar cross section (4E) to the vertical direction 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4F) 9 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + fully electrifying house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the turbine blade cross section (4A) at 10 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) to 11 times the ratio critical substance sunlight gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) 12 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 13 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) 14 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4F) 15 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4A) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 17 times the ratio critical substance solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4B) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) 18 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4D) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 20 times the ratio serious substance solar gravitational acceleration power generation turbine of 20 times the turbine blade cross section (4E) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) 21 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 22 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 23 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 24 times the ratio critical material solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4D) is 25 times ratio critical substance solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing the turbine blade section (4E) with double ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4F) with three times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupled ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade cross section (4B) with five times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross section (4C) with 6 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4D) seven times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the specific critical material solar gravity acceleration power generation turbine with 8 times the ratio of the critical blade solar cross section (4E) to the vertical direction 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4F) 9 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + fully electrifying house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the turbine blade cross section (4A) at 10 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4B) with 11 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) 12 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 13 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) 14 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4F) 15 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) to 16 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 17 times the ratio critical substance solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4B) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) 18 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4D) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 20 times the ratio serious substance solar gravitational acceleration power generation turbine of 20 times the turbine blade cross section (4E) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a 21-fold ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4F) of 21 times the heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 22 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 23 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 24 times the ratio critical material solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4D) is 25 times ratio critical substance solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4E) twice as large as the ratio serious substance solar light gravity acceleration power generation output generating turbine blade + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G) ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4F) with three times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupled ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade cross section (4B) with five times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross section (4C) with 6 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4D) seven times with the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the specific critical material solar gravity acceleration power generation turbine with 8 times the ratio of the critical blade solar cross section (4E) to the vertical direction 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4F) 9 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + fully electrifying house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the turbine blade cross section (4A) at 10 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4B) with 11 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4C) 12 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 13 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) 14 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4F) 15 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) to 16 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) 17 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) 18 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4D) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 20 times the ratio serious substance solar gravitational acceleration power generation turbine of 20 times the turbine blade cross section (4E) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a 21-fold ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4F) of 21 times the heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a 22 times ratio of the turbine blade cross section (4A) and heat absorption material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 23 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 24 times the ratio critical material solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4D) is 25 times ratio critical substance solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4E) twice as large as the ratio serious substance solar light gravity acceleration power generation output generating turbine blade + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G) ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) three times as large as the ratio critical substance solar gravitational acceleration power generation output generating turbine blade + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupled ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade cross section (4B) with five times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross section (4C) with 6 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4D) seven times with the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4E) with 8 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4F) 9 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + fully electrifying house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the turbine blade cross section (4A) at 10 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4B) with 11 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4C) 12 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4D) 13 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) 14 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4F) 15 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) to 16 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) 17 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) 18 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Configuration and method for suctioning and accelerating a turbine blade cross section (4D) 19 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum in a vertical direction + small diameter output increase sphere (ball) with increase sphere lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Accelerate heavy material in vacuum direction to increase power generation Various energy conservation cycle union engine. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross-section (4E) 20 times a ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum in a vertical direction + small diameter output increase sphere (ball) with increase sphere lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Accelerate heavier materials in vacuum direction to increase power generation and Various energy conservation cycle coalition agencies. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Configuration and method for suctioning and accelerating a turbine blade cross section (4F) 21 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ small diameter output increase sphere (larger ball lifter (2F) 2E) Use uplift and save together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Heavy substance as vacuum direction accelerated rolling contact with power generation increase method Various energy conservation cycle coalition agencies. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Configuration and method to attract and accelerate the turbine blade cross section (4A) 22 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) in vacuum vertically downward ++ small diameter output increase sphere (ball) with increase sphere lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + heavier material as vacuum direction accelerated rolling contact How to increase power output And various energy conservation cycle coalition agencies. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4B) 23 times a ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum in a vertical direction + small diameter output increase sphere (ball) with increase sphere lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + Generate heavy material with shock reduction means (2G) to generate electricity Various energy conservation cycle coalescing engine with quantity increase method. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4C) 24 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with a vacuum vertically downward ++ small diameter output increase sphere in an increase sphere lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Accelerate heavy material in vacuum direction to increase power generation Various energy conservation cycle union engine. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross-section (4D) 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ small diameter output increase sphere (larger ball lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Accelerate heavier materials in vacuum direction to increase power generation and Various energy conservation cycle coalition agencies. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross-section (4E) twice as much as a ratio critical substance solar gravity acceleration power generation output increase sphere (2E) in vacuum vertically downward ++ small diameter output increase sphere (increased ball lifter (2F) 2E) Use uplift and save together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Heavy substance as vacuum direction accelerated rolling contact with power generation increase method Various energy conservation cycle coalition agencies. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross-section (4F) three times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) in vacuum vertically downward ++ small diameter output increase sphere (larger ball lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + heavier material as vacuum direction accelerated rolling contact How to increase power output And various energy conservation cycle coalition agencies. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Configuration and method for suctioning and accelerating a turbine blade cross-section (4A) four times the ratio critical substance solar gravitational acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ small diameter output increase sphere (ball) with increase sphere lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + Generate heavy material with shock reduction means (2G) to generate electricity Various energy conservation cycle coalescing engine with quantity increase method. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4B) with a ratio of five times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4C) with a ratio of six times the ratio serious substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) seven times as large as a ratio critical substance solar gravitational acceleration power generation turbine 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4E) with 8 times ratio critical substance solar gravitational acceleration power generation turbine + multistage ship powered by various batteries such as storage battery + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4F) with 9 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing the turbine blade cross section (4A) with 10 times the ratio serious substance solar gravity acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4B) at a ratio of 11 times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4C) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various ships such as battery + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 13G ratio of the critical material solar gravitational acceleration power generation turbine in 13 stages of turbine blade cross section (4D) + battery powered by various ships like ship + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a four-fold ratio serious substance solar gravitational acceleration power generation turbine with a turbine blade cross-section (4E) of 14 times + multistage vessel powered by various batteries such as storage battery + 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4F) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4A) with 16 times ratio critical substance solar gravitational acceleration power generation turbine + multistage vessel powered by various vessels such as + battery lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing 17 times the ratio of the critical material solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4B) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4C) 18 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as + primed ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 20 times ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4E) + multistage battery powered various vessels like this + increase ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage 21G ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4F) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 22V ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4A) in multiple stages + battery powered by various vessels such as 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4B) 23 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered various ships like ship + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4C) with a ratio of 24 times that of a critical material solar gravitational acceleration power generation turbine in multiple stages 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) with 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade section (4E) twice as large as the ratio critical substance solar gravitational acceleration generator turbine in multiple stages + battery powered by various vessels such as battery + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4F) three times as large as a ratio critical substance solar gravitational acceleration power generation turbine + multistage battery powered various vessels like this + acceleration ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4A) with four-fold ratio critical substance solar gravitational acceleration power generation turbines in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4B) with a ratio of five times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4C) with a ratio of six times the ratio serious substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) seven times as large as a ratio critical substance solar gravitational acceleration power generation turbine 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4E) with 8 times ratio critical substance solar gravitational acceleration power generation turbine + multistage ship powered by various batteries such as storage battery + augmented ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4F) with 9 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing the turbine blade cross section (4A) with 10 times the ratio serious substance solar gravity acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4b) at a ratio of 11 times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4C) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various ships such as battery + augmented sphere lifter ( 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 13G ratio of the critical material solar gravitational acceleration power generation turbine in 13 stages of turbine blade cross section (4D) + battery powered by various ships like ship + augmented sphere lifter ( 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a four-fold ratio serious substance solar gravitational acceleration power generation turbine with a turbine blade cross-section (4E) of 14 times + multistage vessel powered by various batteries such as storage battery + 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4F) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented sphere lifter ( 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross section (4A) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) as thermal Pump (1G) suction compression heat recovery + increase ball rise device (2F) as much as possible + rise ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) rise storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + A heavy material is accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing 17 times the ratio critical substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4B) + heat absorbing material (2B) heating internal air (28a) as heat Pump (1G) suction compression heat recovery + increase ball rise device (2F) as much as possible + rise ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) rise storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + A variety of energy storage cycle coalescence engines with a method to increase power generation capacity by accelerating heavier materials in the vacuum direction. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross section (4C) with 18 times ratio critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) as heat Pump (1G) suction compression heat recovery + increase ball rise device (2F) as much as possible + rise ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) rise storage Use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity, etc. Acceleration vertically downward + Heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross-section (4D) 19 times ratio critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) as heat Pump (1G) suction compression heat recovery + increase ball rise device (2F) as much as possible + rise ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) rise storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + A heavier material is used as a method to increase the amount of power generation as a vacuum direction accelerated rolling contact. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing 20 times the ratio serious substance solar gravitational acceleration power generation turbine of 20 times the turbine blade cross section (4E) + heat absorbing material (2B) heating internal air (28a) as thermal Pump (1G) suction compression heat recovery + increase ball rise device (2F) as much as possible + rise ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) rise storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + A heavy material is accelerated together with the impact reduction means (2G) to create various energy storage cycle combined engines. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a 21-fold ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4F) of 21 times the heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with 22 times the ratio of the turbine blade cross section (4A) to the heat dissipation material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4B) with 23 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) with 24 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4D) with 25 times ratio critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4E) twice as large as the ratio serious substance solar light gravity acceleration power generation output generating turbine blade + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G) ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) three times as large as the ratio critical substance solar gravitational acceleration power generation output generating turbine blade + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4A) quadruple ratio critical material solar gravitational acceleration power generation generating power generation generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G) ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) five times the ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 6 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4D) seven times with the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4E) with 8 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade section (4F) with 9 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4A) with 10 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4B) with 11 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4C) 12 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4D) 13 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the multiple critical ratio solar power gravitational acceleration power generation turbine of 14 times the turbine blade cross-section (4E) + multistage electrification house + buildup ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the multiple critical solar power and gravity acceleration power generation turbine with 15 times the ratio of the critical blade solar cross section (4F) to the surface + method 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4A) with 16 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) 17 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) 18 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 19 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) 20 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4F) 21 times ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by providing 22 times the ratio serious substance solar gravitational acceleration power generation turbine with 22 times the turbine blade cross section (4A) + small diameter power increase ball with increase ball lift device (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Accelerate heavy material in vacuum direction to increase power generation Various energy conservation cycle union engine. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the coated steel ball vertically by providing a turbine blade cross section (4B) with 23 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + small diameter power increase ball with increase ball lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Accelerate heavier materials in vacuum direction to increase power generation and Various energy conservation cycle coalition agencies. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by providing a turbine blade cross-section (4C) with 24 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages ++ Increase ball lift device (2F) small diameter power increase ball ( 2E) Use uplift and save together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Heavy substance as vacuum direction accelerated rolling contact with power generation increase method Various energy conservation cycle coalition agencies. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by providing 25 times the ratio critical material solar gravitational acceleration power generation turbine of the turbine blade cross section (4D) in multiple stages ++ small diameter power increase ball with increase ball lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + heavier material as vacuum direction accelerated rolling contact How to increase power output And various energy conservation cycle coalition agencies. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   A structure and method for accelerating coated steel balls vertically by providing a turbine blade cross-section (4E) with double ratio critical material solar gravitational acceleration power generation turbines in multiple stages + small diameter power increase balls with increase ball lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + Generate heavy material with shock reduction means (2G) to generate electricity Various energy conservation cycle coalescing engine with quantity increase method. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) three times as large as the ratio critical substance solar gravitational acceleration power generation output generating turbine blade + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4A) quadruple ratio critical material solar gravitational acceleration power generation generating power generation generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G) ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) five times the ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 6 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4D) 7 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4E) with 8 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade section (4F) with 9 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4A) with 10 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4B) with 11 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4C) with 12 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4D) 13 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the multiple critical ratio solar power gravitational acceleration power generation turbine of 14 times the turbine blade cross-section (4E) + multistage electrification house + buildup ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the multiple critical solar power and gravity acceleration power generation turbine with 15 times the ratio of the critical blade solar cross section (4F) to the surface + method 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4A) with 16 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing 17 times the ratio critical material solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4B) + making the whole electric house full glory + increasing ball rising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) 18 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 19 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) 20 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4F) 21 times ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) 22 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4B) with 23 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) with 24 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4D) with 25 times ratio critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4E) twice as large as a specific material solar gravitational acceleration power generation turbine in multiple stages and heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) three times as large as a specific material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4A) quadruple ratio critical material solar gravitational acceleration power generation generating power generation generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G) ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) five times the ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 6 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4D) 7 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4E) 8 times the ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade section (4F) with 9 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4A) with 10 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4B) with 11 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4C) with 12 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade section (4D) 13 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the multiple critical ratio solar power gravitational acceleration power generation turbine of 14 times the turbine blade cross-section (4E) + multistage electrification house + buildup ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the multiple critical solar power and gravity acceleration power generation turbine with 15 times the ratio of the critical blade solar cross section (4F) to the surface + method 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4A) with 16 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing 17 times the ratio critical material solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4B) + making the whole electric house full glory + increasing ball rising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the turbine blade cross section (4C) 18 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the entire electric house a prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 19 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) 20 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4F) 21 times ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) 22 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) 23 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) with 24 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4D) with 25 times ratio critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4E) twice as large as a specific material solar gravitational acceleration power generation turbine in multiple stages and heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) three times as large as a specific material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4A) four times as large as the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) five times the ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 6 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4D) 7 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4E) 8 times the ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) 9 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4A) with 10 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4B) with 11 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4C) with 12 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade section (4D) 13 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4E) 14 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the multiple critical solar power and gravity acceleration power generation turbine with 15 times the ratio of the critical blade solar cross section (4F) to the surface + method 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4A) with 16 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing 17 times the ratio critical material solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4B) + making the whole electric house full glory + increasing ball rising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the turbine blade cross section (4C) 18 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the entire electric house a prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical blade solar gravity acceleration power generation turbine with multiple stages of 19 times ratio critical material solar gravity acceleration power generation turbine with turbine blade cross section (4D) 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) 20 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4F) 21 times ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) 22 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) 23 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) to 24 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4D) with 25 times ratio critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4E) twice as large as a specific material solar gravitational acceleration power generation turbine in multiple stages and heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) three times as large as a specific material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4A) four times as large as the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorber (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4B) with five times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 6 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4D) 7 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4E) 8 times the ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) 9 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 10 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4B) with 11 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4C) with 12 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade section (4D) 13 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4E) 14 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4F) with 15 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4A) with 16 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing 17 times the ratio critical material solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4B) + making the whole electric house full glory + increasing ball rising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the turbine blade cross section (4C) 18 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the entire electric house a prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical blade solar gravity acceleration power generation turbine with multiple stages of 19 times ratio critical material solar gravity acceleration power generation turbine with turbine blade cross section (4D) 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the covering ratio critical material vertically downward by providing a 20 times ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4E) + multistage electrification house + buildup ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4F) 21 times ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) 22 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) 23 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) to 24 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4E) twice as large as a specific material solar gravitational acceleration power generation turbine in multiple stages and heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) three times as large as a specific material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4A) four times as large as the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4B) with five times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4C) with a ratio of six times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4D) 7 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4E) 8 times the ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) 9 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 10 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 11 times ratio critical substance solar gravity acceleration power generation output generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4C) with 12 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade section (4D) 13 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4E) 14 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4F) with 15 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by arranging the turbine blade cross section (4A) with 16 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing 17 times the ratio critical material solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4B) + making the whole electric house full glory + increasing ball rising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the turbine blade cross section (4C) 18 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the entire electric house a prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical blade solar gravity acceleration power generation turbine with multiple stages of 19 times ratio critical material solar gravity acceleration power generation turbine with turbine blade cross section (4D) 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the covering ratio critical material vertically downward by providing a 20 times ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4E) + multistage electrification house + buildup ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the 21st ratio of the critical material solar gravity acceleration power generation turbine with 21 times the turbine blade cross section (4F) + fully electrified house prime + increasing ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) 22 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) 23 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) to 24 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) twice as large as the ratio critical substance sunlight gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) three times as large as a specific material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4A) four times as large as the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4B) with five times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4C) with a ratio of six times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4D) seven times as large as a specific material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4E) 8 times the ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) 9 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 10 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 11 times ratio critical substance solar gravity acceleration power generation output generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 12 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade section (4D) 13 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4E) 14 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4F) with 15 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by arranging the turbine blade cross section (4A) with 16 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing 17 times the critical material solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4B) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the turbine blade cross section (4C) 18 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the entire electric house a prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical blade solar gravity acceleration power generation turbine with multiple stages of 19 times ratio critical material solar gravity acceleration power generation turbine with turbine blade cross section (4D) 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the covering ratio critical material vertically downward by providing a 20 times ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4E) + multistage electrification house + buildup ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the 21st ratio of the critical material solar gravity acceleration power generation turbine with 21 times the turbine blade cross section (4F) + fully electrified house prime + increasing ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing 22 times the ratio critical material solar gravitational acceleration power generation turbine of the turbine blade cross section (4A) + multistage electrification house + build up ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) 23 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) to 24 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) twice as large as the ratio critical substance sunlight gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4F) three times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4A) four times as large as the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4B) with five times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4C) with a ratio of six times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4D) seven times as large as a specific material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4E) with 8 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) 9 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 10 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 11 times ratio critical substance solar gravity acceleration power generation output generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 12 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4D) 13 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4E) 14 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4F) with 15 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by arranging the turbine blade cross section (4A) with 16 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing 17 times the critical material solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4B) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade cross section (4C) with 18 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical blade solar gravity acceleration power generation turbine with multiple stages of 19 times ratio critical material solar gravity acceleration power generation turbine with turbine blade cross section (4D) 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the covering ratio critical material vertically downward by providing a 20 times ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4E) + multistage electrification house + buildup ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the 21st ratio of the critical material solar gravity acceleration power generation turbine with 21 times the turbine blade cross section (4F) + fully electrified house prime + increasing ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing 22 times the ratio critical material solar gravitational acceleration power generation turbine of the turbine blade cross section (4A) + multistage electrification house + build up ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the covering ratio critical material vertically downward by providing the turbine blade section (4B) 23 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) to 24 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) twice as large as the ratio critical substance sunlight gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4F) three times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4A) four times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Configuration and method for suctioning and accelerating a turbine blade cross-section (4B) five times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically with vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4C) 6 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) suction and acceleration vertically downward in vacuum configuration and method + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4D) 7 times the ratio critical material solar gravity acceleration power generation output increase sphere (2E) suction and acceleration vertically downward in vacuum configuration and method + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration added to speed etc Vertical acceleration downward + + heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4E) 8 times ratio critical material solar gravity acceleration power generation output increase sphere (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4F) 9 times ratio critical material solar gravity acceleration power generation output increase sphere (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration is added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation amount Various energy storage cycle combined engine. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4A) 10 times the ratio of the critical material solar gravity acceleration power generation output increase sphere (2E) suction and acceleration vertically downwards with vacuum + air tube air suction suction heat recovery heat water 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Configuration and method for suctioning and accelerating a turbine blade cross section (4B) 11 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically with vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4C) 12 times the ratio of the critical material solar gravity acceleration power generation output increase sphere (2E) suction vacuum acceleration vertically accelerated configuration and method + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration added to speed etc Vertical acceleration downward + + heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4D) 13 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) structure and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4E) 14 times the ratio of the critical substance solar gravitational acceleration power generation output increase sphere (2E) suction and acceleration vertically downward in vacuum configuration and method + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration is added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation amount Various energy storage cycle combined engine. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4F) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4A) with 16 times ratio critical substance solar gravitational acceleration power generation turbine + multistage vessel powered by various vessels such as + battery lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing 17 times the ratio of the critical material solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4B) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4C) 18 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as + primed ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 20 times ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4E) + multistage battery powered various vessels like this + increase ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage 21G ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4F) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 22V ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4A) in multiple stages + battery powered by various vessels such as 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4B) 23 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered various ships like ship + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4C) with a ratio of 24 times that of a critical material solar gravitational acceleration power generation turbine in multiple stages 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) with 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade section (4E) twice as large as the ratio critical substance solar gravitational acceleration generator turbine in multiple stages + battery powered by various vessels such as battery + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4F) three times as large as a ratio critical substance solar gravitational acceleration power generation turbine + multistage battery powered various vessels like this + acceleration ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4A) with four-fold ratio critical substance solar gravitational acceleration power generation turbines in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4B) with a ratio of five times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4C) with a ratio of six times the ratio serious substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) seven times as large as a ratio critical substance solar gravitational acceleration power generation turbine 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4E) with 8 times ratio critical substance solar gravitational acceleration power generation turbine + multistage ship powered by various batteries such as storage battery + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4F) with 9 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing the turbine blade cross section (4A) with 10 times the ratio serious substance solar gravity acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4B) at a ratio of 11 times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4C) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various ships such as battery + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 13G ratio of the critical material solar gravitational acceleration power generation turbine in 13 stages of turbine blade cross section (4D) + battery powered by various ships like ship + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a four-fold ratio serious substance solar gravitational acceleration power generation turbine with a turbine blade cross-section (4E) of 14 times + multistage vessel powered by various batteries such as storage battery + 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4F) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4A) with 16 times ratio critical substance solar gravitational acceleration power generation turbine + multistage vessel powered by various vessels such as + battery lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing 17 times the ratio of the critical material solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4B) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4C) 18 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as + primed ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 20 times ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4E) + multistage battery powered various vessels like this + increase ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage 21G ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4F) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 22V ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4A) in multiple stages + battery powered by various vessels such as 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4B) 23 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered various ships like ship + augmented sphere lifter ( 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4C) with a ratio of 24 times that of a critical material solar gravitational acceleration power generation turbine in multiple stages 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) with 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Using small power increase ball (2E) with shock reduction means (2G) ascend storage + Add water acceleration, air speed, shock reduction means speed etc. Gravity acceleration as power generation method to accelerate vertically downward Various energy Preservation cycle union agency. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross section (4E) twice as large as the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorber (2B) heating internal air (28a) Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to the velocity, air velocity, impact reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross section (4F) three times as large as the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorber (2B) heating internal air (28a) Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to the velocity, air velocity, impact reduction means velocity etc. Vertical acceleration downward + acceleration of heavier materials in the vacuum direction to increase power generation rate Combined engine with various energy storage cycles. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross-section (4A) four times as large as the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to the speed, air speed, impact reduction means speed etc. Acceleration down vertically + heavy materials in vacuum direction acceleration rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross-section (4B) five times as large as the ratio critical substance solar gravitational acceleration power generation turbine + thermal absorption material (2B) heating internal air (28a) Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to the speed, air speed, impact reduction means speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross-section (4C) with six times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to speed, air speed, impact reduction means speed, etc. Vertical acceleration downward + acceleration of heavy materials with impact reduction means (2 G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4D) seven times as large as a specific material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4E) with 8 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4F) with 9 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing the turbine blade cross section (4A) with 10 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4B) with 11 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 12 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4D) 13 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4E) 14 times the ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make the turbine blade cross section (4F) 15 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 16 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing 17 times the critical material solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4B) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade cross section (4C) with 18 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade cross section (4D) 19 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4E) with 20 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4F) with 21 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing 22 times the ratio critical material solar gravitational acceleration power generation turbine of the turbine blade cross section (4A) + multistage electrification house + build up ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the covering ratio critical material vertically downward by providing the turbine blade section (4B) 23 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the covering ratio critical material vertically downward by providing the turbine blade cross section (4C) with 24 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing a multi-stage ratio of a 25% ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4D) + a fully electrified residential building + an increasing ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4E) twice as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4F) three times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4A) four times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4B) 5 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4C) by 6 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) seven times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4E) with 8 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4F) with 9 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing the turbine blade cross section (4A) with 10 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4B) with 11 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4D) 13 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4E) 14 times the ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make the turbine blade cross section (4F) 15 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 16 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 17 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade cross section (4C) with 18 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade cross section (4D) 19 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4E) with 20 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4F) with 21 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4A) with 22 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the covering ratio critical material vertically downward by providing the turbine blade section (4B) 23 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the covering ratio critical material vertically downward by providing the turbine blade cross section (4C) with 24 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing a multi-stage ratio of a 25% ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4D) + a fully electrified residential building + an increasing ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4E) twice as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4F) three times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + increasing ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4A) four times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4B) 5 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4C) by 6 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) seven times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) to 8 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4F) with 9 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing the turbine blade cross section (4A) with 10 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4B) with 11 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by providing a turbine blade cross section (4D) with 13 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4E) 14 times the ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make the turbine blade cross section (4F) 15 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 16 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 17 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 18 times ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade cross section (4D) 19 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4E) with 20 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4F) with 21 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4A) with 22 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4B) with 23 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the covering ratio critical material vertically downward by providing the turbine blade cross section (4C) with 24 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing a multi-stage ratio of a 25% ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4D) + a fully electrified residential building + an increasing ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4E) twice as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4F) three times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + increasing ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupling of the ratio critical material solar gravitational acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4B) 5 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4C) by 6 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) seven times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) to 8 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4F) to 9 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing the turbine blade cross section (4A) with 10 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4B) with 11 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by providing a turbine blade cross section (4D) with 13 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4E) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make the turbine blade cross section (4F) 15 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 16 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 17 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 18 times ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4D) 19 times ratio critical substance solar gravity acceleration power generation output generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4E) with 20 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4F) with 21 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4A) with 22 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4B) with 23 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by arranging the turbine blade cross section (4C) with 24 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing a multi-stage ratio of a 25% ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4D) + a fully electrified residential building + an increasing ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4E) twice as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4F) three times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + increasing ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupling of the ratio critical material solar gravitational acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross-section (4B) five times as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4C) by 6 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) seven times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) to 8 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4F) to 9 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4B) with 11 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by providing a turbine blade cross section (4D) with 13 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4E) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) with 15 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 16 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 17 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 18 times ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4D) 19 times ratio critical substance solar gravity acceleration power generation output generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4E) 20 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4F) with 21 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4A) with 22 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4B) with 23 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by arranging the turbine blade cross section (4C) with 24 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4D) with 25 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4E) twice as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4F) three times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + increasing ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupling of the ratio critical material solar gravitational acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross-section (4B) five times as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the ratio critical material solar gravitational acceleration power generation turbine of 6 times the turbine blade cross-section (4C) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) seven times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) to 8 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4F) to 9 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) to 11 times the ratio critical substance sunlight gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by providing a turbine blade cross section (4D) with 13 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4E) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) with 15 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4A) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 17 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 18 times ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4D) 19 times ratio critical substance solar gravity acceleration power generation output generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4E) 20 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) 21 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4A) with 22 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4B) with 23 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by arranging the turbine blade cross section (4C) with 24 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4D) with 25 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing the turbine blade section (4E) with double ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4F) three times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + increasing ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupling of the ratio critical material solar gravitational acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross-section (4B) five times as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the ratio critical material solar gravitational acceleration power generation turbine of 6 times the turbine blade cross-section (4C) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4D) seven times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) to 8 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4F) to 9 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) to 11 times the ratio critical substance sunlight gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) 12 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by providing a turbine blade cross section (4D) with 13 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4E) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) with 15 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4A) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 17 times the ratio critical substance solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4B) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4C) 18 times ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4D) 19 times ratio critical substance solar gravity acceleration power generation output generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4E) 20 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) 21 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 22 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4B) with 23 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by arranging the turbine blade cross section (4C) with 24 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4D) with 25 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing the turbine blade section (4E) with double ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4F) with three times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupling of the ratio critical material solar gravitational acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross-section (4B) five times as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the ratio critical material solar gravitational acceleration power generation turbine of 6 times the turbine blade cross-section (4C) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4D) seven times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the specific critical material solar gravity acceleration power generation turbine with 8 times the ratio of the critical blade solar cross section (4E) to the vertical direction 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4F) to 9 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) to 11 times the ratio critical substance sunlight gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) 12 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 13 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4E) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4F) with 15 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4A) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 17 times the ratio critical substance solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4B) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4C) 18 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4D) 19 times ratio critical substance solar gravity acceleration power generation output generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of heavy materials in the vacuum direction to increase power generation capacity Combined engine with various energy storage cycles. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4E) 20 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4F) 21 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water speed, air speed, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy materials are accelerated by rolling contact in the vacuum direction. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4A) 22 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are used as a method for increasing the amount of power generation as vacuum direction accelerated rolling contact Various energy storage cycle coalescing engines . タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4B) 23 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to water speed, air speed, shock reduction means speed, etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with shock reduction means (2G) to save energy by various methods Cycle coalescing agency. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by arranging the turbine blade cross section (4C) with 24 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4D) with 25 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing the turbine blade section (4E) with double ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials in the vacuum direction and rolling contact with various energy storage cycle combined engines as a method of increasing the amount of power generation. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4F) with three times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier substances in the vacuum direction accelerated rolling contact with various energy storage cycle combined engines. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade cross section (4A) with quadrupled ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the turbine blade cross-section (4B) five times as large as the ratio critical material solar gravitational acceleration power generation turbine 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the ratio critical material solar gravitational acceleration power generation turbine of 6 times the turbine blade cross-section (4C) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4D) seven times as large as the ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the specific critical material solar gravity acceleration power generation turbine with 8 times the ratio of the critical blade solar cross section (4E) to the vertical direction 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4F) 9 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + fully electrifying house prime + augmented ball lift device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4A) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4B) to 11 times the ratio critical substance sunlight gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4C) 12 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4D) 13 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4E) 14 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4F) is 15 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) suction and acceleration vertically downwards with vacuum + air tube air suction suction heat recovery heat water 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4A) 16 times the ratio of the critical substance solar gravity acceleration power generation output increase sphere (2E) suction and acceleration vertically downward in vacuum configuration and method + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4B) 17 times the ratio critical material solar gravity acceleration power generation output increase sphere (2E) suction and acceleration vertically downwards with vacuum + air tube air suction suction heat recovery heat water 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration added to speed etc Vertical acceleration downward + + heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4C) 18 times ratio critical substance solar gravity acceleration acceleration power generation output increase sphere (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Configuration and method for suctioning and accelerating a turbine blade cross section (4D) 19 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically with vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration is added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation amount Various energy storage cycle combined engine. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4E) 20 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) structure and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4F) 21 times ratio critical substance solar light gravity acceleration power generation output increase sphere (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4A) 22 times the ratio of serious substance solar gravity acceleration power generation output increase sphere (2E) by suction and acceleration vertically downward in vacuum configuration and method + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration added to speed etc Vertical acceleration downward + + heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4B) 23 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) structure and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4C) is 24 times the ratio of the critical material solar gravity acceleration power generation output increase sphere (2E) suction and acceleration vertically downward in vacuum configuration and method + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means Gravity acceleration is added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation amount Various energy storage cycle combined engine. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4D) with 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｅ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade section (4E) twice as large as the ratio critical substance solar gravitational acceleration generator turbine in multiple stages + battery powered by various vessels such as battery + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｆ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4F) three times as large as a ratio critical substance solar gravitational acceleration power generation turbine + multistage battery powered various vessels like this + acceleration ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ａ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4A) with four-fold ratio critical substance solar gravitational acceleration power generation turbines in multiple stages + battery powered by various vessels such as battery + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｂ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4B) with a ratio of five times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｃ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum ball vertically downward by providing a turbine blade cross section (4C) with a ratio of six times the ratio critical substance solar gravitational acceleration power generation turbine + multistage battery powered various vessels like the main body + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｄ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine in 7 stages of turbine blade cross section (4D) in multiple stages + battery powered by various vessels such as + primed ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｅ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold ball vertically downward by providing a turbine blade cross section (4E) with 8 times ratio critical material solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as plus + increase ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration The various energy conservation cycle united engine which made the power generation amount increase method. タービン翼断面（４Ｆ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in 9 stages of turbine blade cross-section (4F) in multiple stages + battery powered by various ships etc. + augmented ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ａ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the platinum alloy ball vertically downward by providing a turbine blade cross-section (4A) with 10 times the ratio serious substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels etc. + augmented ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｂ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold alloy ball vertically downward by providing a turbine blade cross-section (4B) with 11 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various ships etc. + augmented ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｃ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鉛合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating lead alloy balls vertically by providing turbine blades with a ratio of 12 times the ratio critical material solar gravitational acceleration power generation turbine in multiple stages to make the lead alloy ball vertically downward + to increase the number of ships driven by storage batteries + increased ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｄ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the silver alloy ball vertically downward by providing a 13 G ratio of the critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4D) in multiple stages + battery powered by various ships etc. + augmented ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｅ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum alloy ball vertically by providing a 14-fold ratio of a critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4E) of 14 times + battery powered by various vessels etc. + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle united engines that were accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｆ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold alloy ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in 15 stages of the turbine blade cross section (4F) in multiple stages + battery running various ships like the ground + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle united engines that were accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ａ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鉛球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated lead ball vertically by providing a turbine blade cross section (4A) with 16 times ratio critical material solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels like the mains + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy storage cycle united engines with rolling contact as a method of increasing power generation. タービン翼断面（４Ｂ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method for accelerating coated silver alloy balls vertically downward by providing 17 times the ratio of the critical material solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4B) + battery powered by various ships etc. + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｃ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten alloy ball vertically downward by providing a turbine blade cross section (4C) 18 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels etc. + augmented ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｄ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing multiple stages of the ratio of the critical material solar gravitational acceleration power generation turbine with 19 times of the turbine blade cross section (4D) + multiply the battery drive various ships etc. + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｅ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing 20 times the ratio serious substance sunlight gravitational acceleration power generation turbine of 20 times the turbine blade cross section (4E) + battery powered by various ships etc. + augmented ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｆ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically by providing a multi-stage 21G ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4F) + battery powered by various vessels etc. + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with method of increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ａ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the tantalum alloy ball vertically downward by providing a 22V ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4A) in multiple stages + battery-powered various ships to prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｂ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing a turbine blade cross-section (4B) 23 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels etc. + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with method of increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｃ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by providing a turbine blade cross section (4C) with a ratio of 24 times that of a critical material solar gravitational acceleration power generation turbine + multistage battery powered various vessels like this + boost ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｄ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically by installing a multi-stage solar light gravity acceleration power generation turbine with 25 times the ratio of the critical material solar gravity acceleration power generation turbine of 25 times the turbine blade cross section (4D) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with method of increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｅ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋳鉄球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum cast iron ball vertically downward by providing multiple critical gravity solar light acceleration power generation turbines of 2 to 25 times the turbine blade cross-section (4E) 2 + 25 Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engine which was accelerated with the impact reduction means (2G) to increase power generation. タービン翼断面（４Ｆ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋳鉄球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum cast iron ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4F) Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and store + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engine which made the power generation amount increase method by accelerating with the shock reduction means (2G). タービン翼断面（４Ａ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4A) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle united engines which were accelerated with the reduction means (2G) to increase power generation. タービン翼断面（４Ｂ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4B) Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engine which was accelerated with the impact reduction means (2G) to increase power generation. タービン翼断面（４Ｃ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4C) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle united engines which were accelerated with the reduction means (2G) to increase power generation. タービン翼断面（４Ｄ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4D) Using a lifting device (2F) to raise and save a small-diameter output increasing ball (2E) together with an impact reducing means (2G) + add a power to water velocity, air velocity, impact reducing means velocity etc. Various energy conservation cycle coalition agencies. タービン翼断面（４Ｅ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the gold ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4E) In the device (2F), a small-diameter output increasing ball (2E) is used together with the impact reducing means (2G) as rising + storage + water velocity, air velocity, impact reducing means speed, etc. Various energy conservation cycle union engine. タービン翼断面（４Ｆ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining turbine blades with cross sections (4F) of 2 to 25 times in multiple stages + battery powered Using a lifting device (2F) to raise and save a small-diameter output increasing ball (2E) together with an impact reducing means (2G) + add a power to water velocity, air velocity, impact reducing means velocity etc. Various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross section (4X) of 2 to 25 times in multiple stages + battery powered various ships etc. + increase balls Using a lifting device (2F) to raise and save a small-diameter output increasing ball (2E) together with an impact reducing means (2G) + add a power to water velocity, air velocity, impact reducing means velocity etc. Various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Using a lifting device (2F) to raise and save a small-diameter output increasing ball (2E) together with an impact reducing means (2G) + add a power to water velocity, air velocity, impact reducing means velocity etc. Various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鉛合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the lead alloy ball vertically by arranging the critical material solar gravitation acceleration power generation turbine of 2 to 25 times the ratio of 2 to 25 times the turbine blade cross section (4X) + heat absorber (2B) heating internal air (28a ) Heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) with shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Acceleration of heavy materials in the vacuum direction to increase the amount of power generation Various energy storage cycle combined engines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a ) Heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) with shock reduction means (2G) + Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + A variety of energy storage cycle coalescing engines with a method to increase power generation amount by accelerating heavier materials in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum alloy ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the specific blade of the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air ( 28a) With suction pump heat recovery (2G) with suction pump heat recovery (2G) with heat pump (1G), small diameter output increase sphere (2E) with shock reduction means (2G) ascend storage Use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity, etc. Acceleration vertically downward + Heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) With suction pump heat recovery (2G) with suction pump heat recovery (2G) with heat pump (1G), small diameter output increase sphere (2E) with shock reduction means (2G) ascend storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + A heavier material is used as a method to increase the amount of power generation as a vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鉛球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated lead ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Add gravity acceleration to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + A heavy material is accelerated with the impact reduction means (2G) to combine various energy storage cycle engines with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten alloy ball vertically downward by providing a multi-stage ratio of the material serious gravity solar power acceleration turbine of 2 to 25 times the turbine blade cross section (4X) and heat absorption material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc Vertical acceleration downward + + heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing a turbine blade section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + heavier materials are accelerated by rolling contact with vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation amount Various energy storage cycle combined engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタンタル合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration vertically downward + Various energy using the tantalum alloy sphere of heavy material accelerated in vacuum direction to increase power generation Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被服タンタル合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Coat heavier material coated tantalum alloy ball in vacuum direction to increase power generation Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のモリブデン鋼球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Various materials using molybdenum steel balls of heavy material as vacuum direction accelerated rolling contact Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆モリブデン鋼球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Coated molybdenum steel ball of heavier material as vacuum rolling direction rolling contact and increase power generation method Various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のモリブデン鋳鉄球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + Molybdenum cast iron ball of heavy material accelerates with shock reduction means (2 G) to increase power generation How to make various energy conservation cycles coalesced engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋳鉄球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertically accelerated downward + coated molybdenum cast iron spheres of heavy substances are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の銀球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical acceleration is accelerated downward + Silver balls of heavier substances are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Various energy conservation cycle combined engines that use the coated silver spheres of heavy material downward as acceleration rolling contact with vacuum direction to accelerate vertically downward + increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の白金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + Platinum balls of heavier material are used as a vacuum direction acceleration rolling contact method to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertically downward + acceleration of coated platinum balls of heavy material with impact reduction means (2G) to increase power generation capacity. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use gravity + water speed, air speed and shock reduction speed etc. vertically downward + acceleration of heavy material A variety of energy storage cycle combined engines in which the amount of power generation is increased by accelerating the sphere in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material A variety of energy storage cycle combined engines in which the coated gold spheres are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use + water velocity, air speed, shock reduction means speed etc. add vertically downward acceleration + heavy platinum Various energy storage cycle combined engines that use alloy balls as vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material Various energy storage cycle combined engines that use gold alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の鉛合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + lead of heavy substance Various energy storage cycle combined engines that accelerate the alloy balls together with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with silver alloy balls accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆白金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation by accelerating the coated platinum alloy balls in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use coated gold alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆鉛球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with a method of increasing the amount of power generation by using a coated lead ball as a vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that accelerate the coated silver alloy balls together with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタングステン合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically accelerated downward + tungsten alloy balls of heavy materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆タングステン合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + Coated tungsten alloy balls of heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタングステン鋼球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + tungsten steel balls of heavy material are accelerated rolling contact in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆タングステン鋼球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + Coated tungsten steel ball of heavier material as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタンタル合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross-section (4X) + heat absorbing material (2B) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Heavy material tantalum alloy balls are accelerated together with impact reduction means (2G) to increase power generation capacity. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆タンタル合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Coated tantalum alloy spheres of heavy material accelerate in vacuum direction to increase power generation Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のモリブデン鋼球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Various kinds of methods to increase power generation amount by accelerating molybdenum steel ball of heavier material in vacuum direction Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋼球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Upward storage with (2G) + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + coated molybdenum steel ball of heavy material as a method of increasing power generation as vacuum direction accelerated rolling contact Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のモリブデン鋳鉄球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Molybdenum cast iron ball of heavier material as accelerating direction rolling contact in vacuum direction Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋳鉄球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + coated molybdenum cast iron ball of heavy material accelerate with shock reduction means (2 G) to generate electricity Various energy conservation cycle united engines with increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration downward + acceleration of silver spheres of heavy substances in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆銀球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration vertically downward + Coated silver spheres of heavier substances are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Various energy storage cycle combined engines that use platinum balls of heavy material as acceleration direction rolling contact with vacuum direction to accelerate vertically downward + mass material increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆白金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + Coated platinum spheres of heavier materials are accelerated rolling contact in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + acceleration of heavy metal balls together with impact reduction means (2G) to increase power generation capacity. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use + water velocity, air speed, shock reduction means speed etc. add vertical acceleration downward vertically + coat of heavy material A variety of energy storage cycle combined engines with a method to increase power generation by accelerating the gold ball in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の白金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material A variety of energy storage cycle combined engines in which platinum alloy balls are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use gravity + water speed, air speed and shock reduction speed etc. vertically downward + acceleration of heavy material Various energy storage cycle combined engines that use alloy balls as vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の鉛合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material Various energy storage cycle combined engines that use lead alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use gravity + water speed, air speed, shock reduction means speed etc. vertically downward + silver of heavy substance Various energy storage cycle combined engines that accelerate the alloy balls together with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance A variety of energy storage cycle combined engines in which the coated platinum alloy balls are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle coalescing engines were used to accelerate the coated gold alloy balls in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆鉛球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use coated lead balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆銀合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with the method of increasing the amount of power generation by making the coated silver alloy balls into vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタングステン合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with tungsten alloy balls accelerated with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing a turbine blade section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc Vertical acceleration downward + + heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + heavier materials are accelerated by rolling contact with vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation amount Various energy storage cycle combined engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のモリブデン鋼球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Molybdenum steel ball of heavy material in vacuum direction to increase power generation Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆モリブデン鋼球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Coated molybdenum steel ball with heavier material in vacuum direction to increase power generation Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のモリブデン鋳鉄球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Various materials using molybdenum cast iron balls of heavy material as accelerating direction rolling contact in vacuum direction Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆モリブデン鋳鉄球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Coated molybdenum cast iron ball with heavier material as vacuum direction accelerated rolling contact and power output increase method Various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + Accelerate the silver ball of heavy substance with shock reduction means (2 G) to increase power generation And various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertically accelerated downward + coated silver spheres of heavy substances are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の白金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical acceleration is accelerated downward + Platinum balls of heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically accelerated downward + coated platinum spheres of heavy substances as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical acceleration is accelerated downward + Gold balls of heavier material are used as a vacuum direction acceleration rolling contact method to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of coated metal balls of heavy material with impact reduction means (2G) to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use + water velocity, air speed, shock reduction means speed etc. add vertically downward acceleration + heavy platinum A variety of energy storage cycle combined engines in which alloy balls are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material A variety of energy storage cycle combined engines in which a gold alloy ball is accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の鉛合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + lead of heavy substance Various energy storage cycle combined engines that use alloy balls as vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の銀合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material Various energy storage cycle combined engines that use silver alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use + water velocity, air speed, shock reduction means speed etc. add vertical acceleration downward vertically + coat of heavy material Various energy storage cycle combined engines with platinum alloy balls accelerated with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance A variety of energy storage cycle combined engines in which the coated gold alloy balls are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆鉛球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle coalescing engines were used to accelerate the direction of the coated lead bulb in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use the coated silver alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のタングステン合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engine which made the tungsten alloy ball the vacuum direction acceleration rolling contact as a method of increasing the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆タングステン合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that accelerate the coated tungsten alloy balls together with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing a turbine blade section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Heavy materials are accelerated in rolling direction in vacuum direction. Various energy conservation cycle combined engines with power generation increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by providing a multi-stage solar power gravitational acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Various energy conservation cycle combined engines that increase power generation amount by accelerating the downward force vertically downward + accelerating heavy material with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋼球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + Coated molybdenum steel balls of heavy material accelerated in vacuum direction to increase power generation Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のモリブデン鋳鉄球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Various kinds of methods to increase power generation amount by accelerating molybdenum cast iron ball of heavier material in vacuum direction Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋳鉄球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + coated molybdenum cast iron ball of heavy substance as method of increasing power generation as vacuum direction accelerated rolling contact Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の銀球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Various kinds of silver balls of heavier material as accelerating direction rolling contact in vacuum direction Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + Coated silver sphere of heavy material accelerate with shock reduction means (2G) to increase power generation How to make various energy conservation cycles coalesced engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Platinum balls of heavy substances are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆白金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically accelerated downward + Coated platinum balls of heavier material are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Various energy conservation cycle combined engines with vertical downward acceleration + heavy material gold balls as vacuum direction accelerated rolling contact and power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + Coated energy bulbs of heavier materials are accelerated rolling contact in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical energy is accelerated downward + Platinum alloy balls of heavy material are accelerated with impact reduction means (2G) to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use gravity + water speed, air speed and shock reduction speed etc. vertically downward + acceleration of heavy material A variety of energy storage cycle combined engines in which alloy balls are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の鉛合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material Various energy storage cycle combined engines with lead alloy balls accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use gravity + water speed, air speed, shock reduction means speed etc. vertically downward + silver of heavy substance Various energy storage cycle combined engines that use alloy balls as vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆白金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material Various energy storage cycle combined engines that use a coated platinum alloy ball as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use + water velocity, air speed, shock reduction means speed etc. add vertical acceleration downward vertically + coat of heavy material Various energy storage cycle combined engine which made gold alloy ball accelerate with a shock reduction means (2G) and made the amount of power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆鉛球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance A variety of energy storage cycle combined engines with method to increase power generation by accelerating coated lead balls in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆銀合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with a method to increase power generation by accelerating coated silver alloy balls in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタングステン合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use tungsten alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆タングステン合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with the method of increasing the amount of power generation by making the coated tungsten alloy balls into vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタングステン鋼球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with tungsten steel balls accelerated with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc Vertical acceleration downward + + heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by providing a multi-stage solar power gravitational acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + heavier materials are accelerated by rolling contact with vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation amount Various energy storage cycle combined engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のモリブデン鋳鉄球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Heavy energy Molybdenum cast iron ball in vacuum direction to increase power generation Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆モリブデン鋳鉄球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Coated molybdenum cast iron ball of heavier material to vacuum direction to increase power generation Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Various energy using the silver ball of heavy substance as vacuum rolling direction accelerated rolling contact Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆銀球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + Coated silver sphere of heavier material as vacuum direction accelerated rolling contact to increase power generation method Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + Accelerate platinum balls of heavy substance with shock reduction means (2 G) to increase power generation And various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertically accelerated downward + coated platinum balls of heavy substances are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + Various electric energy storage cycle combined engine which was made to accelerate the direction of vacuum by accelerating the gold ball of heavier substance in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + Coated heavy metal ball as vacuum direction accelerated rolling contact. Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の白金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical acceleration is accelerated downward + Platinum alloy spheres of heavier materials are accelerated rolling contact in the vacuum direction, and various energy storage cycle combined engines are used to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + A gold alloy ball of a heavy substance is accelerated with an impact reduction means (2G) to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の鉛合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + lead of heavy substance A variety of energy storage cycle combined engines in which alloy balls are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の銀合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material Various energy storage cycle combined engines with silver alloy balls accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use + water velocity, air speed, shock reduction means speed etc. add vertical acceleration downward vertically + coat of heavy material Various energy storage cycle combined engines that use platinum alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material Various energy storage cycle combined engines that use coated gold alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆鉛球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use + water velocity, air speed, shock reduction means speed etc. add vertical acceleration downward vertically + coat of heavy material Various energy conservation cycle combined engine which made a lead amount of electricity increase method by accelerating lead ball with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance A variety of energy storage cycle combined engines in which the coated silver alloy balls are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のタングステン合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with tungsten alloy balls accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆タングステン合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use coated tungsten alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のタングステン鋼球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy preservation cycle combined engines which made the tungsten steel ball the vacuum direction acceleration rolling contact and the electric power generation amount increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆タングステン鋼球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance A variety of energy storage cycle combined engines in which the coated tungsten steel balls are accelerated with the impact reduction means (2G) to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by providing a multi-stage solar power gravitational acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Heavy materials are accelerated in rolling direction in vacuum direction. Various energy conservation cycle combined engines with power generation increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋳鉄球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum cast iron ball vertically downward by providing a multi-stage ratio of the material serious gravity solar power acceleration turbine of 2 to 25 times the turbine blade cross section (4X) 2 + heat absorption material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Various energy conservation cycle combined engines that increase power generation amount by accelerating the downward force vertically downward + accelerating heavy material with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋳鉄球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Coated molybdenum cast iron balls with heavy material Vacuum direction acceleration to increase power generation Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の銀球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Various kinds of energy with acceleration method of silver sphere of heavier material by vacuum direction Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Coated silver spheres of heavy substance as various methods to increase power generation as vacuum direction accelerated rolling contact Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の白金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity, etc. Vertically accelerated downward + Various kinds of methods using the platinum ball of heavier material as accelerating rolling contact in vacuum direction Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + coated platinum sphere of heavy material accelerate with shock reduction means (2 G) to increase power generation How to make various energy conservation cycles coalesced engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + acceleration of gold balls of heavy substances in the vacuum direction to increase power generation capacity. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically accelerated downward + Coated metal balls of heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Various energy conservation cycle combined engines that use platinum alloy spheres of heavy material downward as acceleration rolling contact with vacuum direction by accelerating vertically downward + mass material. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + Gold alloy balls of heavier material are accelerated rolling contact in the vacuum direction, and various energy storage cycle combined engines with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の鉛合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Lead alloy ball of heavy material is accelerated with impact reduction means (2G), and various energy storage cycle combined engines are used to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use gravity + water speed, air speed, shock reduction means speed etc. vertically downward + silver of heavy substance A variety of energy storage cycle combined engines in which alloy balls are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆白金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material A variety of energy storage cycle combined engines in which the coated platinum alloy balls are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use + water velocity, air speed, shock reduction means speed etc. add vertical acceleration downward vertically + coat of heavy material Various energy storage cycle combined engines that use gold alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆鉛球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material Various energy storage cycle combined engines that use coated lead balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質被覆銀合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save + use gravity acceleration to water speed, air speed, shock reduction means speed etc Vertical acceleration downward + heavy substance coated silver Various energy storage cycle combined engines that accelerate the alloy balls together with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタングステン合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with tungsten alloy balls accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆タングステン合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with a method to increase power generation by accelerating the coated tungsten alloy balls in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタングステン鋼球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use tungsten steel balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆タングステン鋼球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with a method to increase the amount of power generation by making the coated tungsten steel balls a vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタンタル合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with tantalum alloy balls accelerated with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆タンタル合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically accelerated downward + Coated tantalum alloy balls of heavy material are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のモリブデン鋼球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical acceleration is accelerated downward + Molybdenum steel balls of heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋼球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + coated molybdenum steel balls of heavy material as vacuum direction accelerated rolling contact to generate electric energy. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のモリブデン鋳鉄球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical acceleration is accelerated downward + Molybdenum cast iron balls of heavier materials are accelerated rolling contact in the vacuum direction, and various energy storage cycle combined engines with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋳鉄球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically accelerated downward + coated molybdenum cast iron balls of heavy material are accelerated with the impact reduction means (2G) to increase power generation capacity. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Silver balls of heavy substance are accelerated in vacuum direction to increase power generation Cycle coalescing agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆銀球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Coated silver sphere of heavier material by vacuum direction to increase power generation Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Platinum balls of heavy substance as acceleration direction rolling contact with various materials to increase power output Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆白金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + coated platinum sphere of heavier material as a vacuum direction accelerated rolling contact to increase power generation Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + Accelerate the gold ball of heavy material with shock reduction means (2 G) to increase power generation And various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically accelerated downward + coated gold spheres of heavy substances are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の白金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + Platinum alloy spheres of heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Various energy conservation cycle combined engines with vertical direction acceleration + heavy material gold alloy ball as vacuum direction acceleration rolling contact and power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の鉛合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical acceleration is accelerated downward + Lead alloy balls of heavier material are accelerated rolling contact in the vacuum direction, and various energy storage cycle combined engines are used to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically accelerated down + Various materials of energy conservation cycle combined engine which made the silver alloy ball of heavy material accelerate with the shock reduction means (2G) to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use + water velocity, air speed, shock reduction means speed etc. add vertical acceleration downward vertically + coat of heavy material A variety of energy storage cycle combined engines in which platinum alloy balls are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material A variety of energy storage cycle combined engines in which the coated gold alloy balls are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆鉛球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use + water velocity, air speed, shock reduction means speed etc. add vertical acceleration downward vertically + coat of heavy material Various energy storage cycle combined engines that use lead bulbs as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆銀合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material Various energy storage cycle combined engines that use the coated silver alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタングステン合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction means speed etc. vertically downward + tungsten heavy substance Various energy storage cycle combined engines that accelerate the alloy balls together with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆タングステン合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance A variety of energy storage cycle combined engines in which the coated tungsten alloy balls are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のタングステン鋼球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engine which made the tungsten steel ball the vacuum direction acceleration and the electric power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆タングステン鋼球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use coated tungsten steel balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のタンタル合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy preservation cycle combined engine which made the tantalum alloy ball the vacuum direction acceleration rolling contact as a method of increasing the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆タンタル合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that accelerate the coated tantalum alloy balls together with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by providing a multi-stage solar power gravitational acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋳鉄球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum cast iron ball vertically downward by providing a multi-stage ratio of the material serious gravity solar power acceleration turbine of 2 to 25 times the turbine blade cross section (4X) 2 + heat absorption material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Heavy materials are accelerated in rolling direction in vacuum direction. Various energy conservation cycle combined engines with power generation increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋳鉄球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum cast iron ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the ratio of 2 to 25 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Add gravity acceleration etc. Vertical acceleration downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Coated silver spheres of heavy material accelerate in vacuum direction to increase power generation Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の白金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Various energy using the method of accelerating the platinum direction of heavier material in vacuum direction to increase power generation amount Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + coated platinum spheres of heavy substance as various methods to increase power generation as vacuum direction accelerated rolling contact Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Various kinds of methods to increase the amount of power generation by using a gold ball of heavier material as vacuum rolling contact. Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + Coated gold ball of heavy material accelerate with shock reduction means (2 G) to increase power generation How to make various energy conservation cycles coalesced engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically accelerated downward + Platinum alloy spheres of heavy substances are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + Various energy preservation cycle combined engine which was made to accelerate power direction of gold alloy ball of heavier material by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の鉛合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Various energy conservation cycle combined engines that use lead alloy spheres of heavy material in vacuum direction acceleration rolling contact as acceleration method to increase power generation amount as vertical direction + downward acceleration of heavy substance. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の銀合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical acceleration is accelerated downward + Silver alloy balls of heavier material are accelerated rolling contact in the vacuum direction and various energy storage cycle combined engines are used to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically accelerated down + Various materials of energy conservation cycle combined engine which made the coated platinum alloy ball of heavy material accelerate with the impact reduction means (2G) to increase the output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use + water velocity, air speed, shock reduction means speed etc. add vertical acceleration downward vertically + coat of heavy material A variety of energy storage cycle combined engines in which a gold alloy ball is accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆鉛球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material A variety of energy storage cycle combined engines with method to increase power generation by accelerating coated lead balls in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use + water velocity, air speed, shock reduction means speed etc. add vertical acceleration downward vertically + coat of heavy material Various energy storage cycle combined engines that use silver alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のタングステン合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in device (2F) + save gravity + add water acceleration, air speed and shock reduction speed etc. vertically downward + acceleration of heavier material Various energy storage cycle combined engines that use tungsten alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆タングステン合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter power increase ball (2E) together with shock reduction means (2G) in device (2F) + save and use + water velocity, air speed, shock reduction means speed etc. add vertical acceleration downward vertically + coat of heavy material Various energy storage cycle combined engines with tungsten alloy balls accelerated with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタングステン鋼球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with tungsten steel balls accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆タングステン鋼球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with a method to increase power generation by accelerating the coated tungsten steel balls in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタンタル合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use tantalum alloy balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆タンタル合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines that use the coated tantalum alloy balls as a vacuum direction accelerated rolling contact to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のモリブデン鋼球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with molybdenum steel balls accelerated with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋼球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to the speed etc. Vertically accelerated downward + Coated molybdenum steel balls of heavy material are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のモリブデン鋳鉄球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to the speed etc. Vertically accelerated downward + Molybdenum cast iron balls of heavier substances are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋳鉄球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to speed etc. Vertically accelerated down + coated molybdenum cast iron balls of heavy material as vacuum direction accelerated rolling contact and various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の銀球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + Silver balls of heavier material are accelerated rolling contact with vacuum direction Various power storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration is added to the speed, etc. Vertically accelerated down + Coated silver spheres of heavy substances are accelerated with impact reduction means (2G) to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Platinum balls of heavy substances are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被服白金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration is added to the speed etc. Vertically accelerated downward + Coated platinum spheres of heavier material are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + A gold ball of heavy material is used as a vacuum direction acceleration rolling contact method to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被服金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to the speed etc. Vertically accelerated downward + coated metal ball of heavier material as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration is added to the speed etc. Vertically accelerated down + A platinum alloy ball of a heavy substance is accelerated with the impact reduction means (2G) to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle united engines that were accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鉛合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the lead alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle united engines were used to accelerate the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + battery storage powered various vessels etc. + increase balls Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with method of increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and save + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + heavier Various energy storage cycle combined engine which made the amount of generated electricity increase method as the vacuum direction acceleration rolling contact the substance. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and store + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engine which made the power generation amount increase method by accelerating with the shock reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鉛球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated lead ball vertically by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery running various ships etc. + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and store + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavy substance The various energy storage cycle united engines were used to accelerate the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle united engines that were accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the ratio of 2 to 25 times the turbine blade cross section (4X) + battery powered various ships Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and store + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavy substance The various energy storage cycle united engines were used to accelerate the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing multiple stages of a ratio critical substance solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + battery storage Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle united engines that were accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and save + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + heavier A variety of energy storage cycle coalescing engines that accelerate the material in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle united engines were used to accelerate the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and save + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + heavier A variety of energy storage cycle coalescing engines that accelerate the material in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery powered various ships etc. + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle united engines were used to accelerate the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and save + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + heavier A variety of energy storage cycle coalescing engines that accelerate the material in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋳鉄球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum cast iron ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + battery powered various ships etc. + increase balls Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with method of increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋳鉄球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum cast iron ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades cross section (4X) of 2 to 25 times in multiple stages + battery storage various vessels etc. + increase Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and store + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavy substance The various energy storage cycle combined engine which made the electric power generation amount increase method as vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + battery storage powered by various vessels etc + increase ball rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with method of increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + various storage batteries driven by ships + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engine which made the electric power generation amount increase method as vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the gold ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with method of increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold ball vertically downward by providing multiple stages of a ratio vital substance solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + battery storage Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engine which made the electric power generation amount increase method as vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross section (4X) of 2 to 25 times in multiple stages + battery powered various ships etc. + increase balls Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engine which made the electric power generation amount increase method as vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engine which made the electric power generation amount increase method as vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鉛合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the lead alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engine which was accelerated with the impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + battery storage powered various vessels etc. + increase balls Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engine which was accelerated with the impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and store + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engine which made the power generation amount increase method by accelerating with the shock reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and store + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engine which made the power generation amount increase method by accelerating with the shock reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鉛球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated lead ball vertically by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery running various ships etc. + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle united engines which were accelerated with the reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Using a ball lifter (2F), use a small-diameter output increase ball (2E) together with shock reduction means (2G) to raise and save + Add water speed, air speed, shock reduction means speed, etc. And various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) Using a lifting device (2F) to raise and save a small-diameter output increasing ball (2E) together with an impact reducing means (2G) + add a power to water velocity, air velocity, impact reducing means velocity etc. Various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the ratio of 2 to 25 times the turbine blade cross section (4X) + battery powered various ships Using a ball lifter (2F), use a small-diameter output increase ball (2E) together with shock reduction means (2G) to raise and save + Add water speed, air speed, shock reduction means speed, etc. And various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing multiple stages of a ratio critical substance solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + battery storage Using a lifting device (2F) to raise and save a small-diameter output increasing ball (2E) together with an impact reducing means (2G) + add a power to water velocity, air velocity, impact reducing means velocity etc. Various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速する発電方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Using a ball lifter (2F), use a small-diameter output increase ball (2E) together with shock reduction means (2G) to raise and save + Add water speed, air speed, shock reduction means speed, etc. And various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a ) Heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) with shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Acceleration of heavy materials in the vacuum direction to increase the amount of power generation Various energy storage cycle combined engines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) With suction pump heat recovery (2G) with suction pump heat recovery (2G) with heat pump (1G), small diameter output increase sphere (2E) with shock reduction means (2G) ascend storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + A variety of energy storage cycle coalescence engines with a method to increase power generation capacity by accelerating heavier materials in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by providing a multi-stage solar power gravitational acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a ) Heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) with shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity etc. Acceleration vertically downward + Heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + heat absorbing material (2B) heating internal air ( 28a) With suction pump heat recovery (2G) with suction pump heat recovery (2G) with heat pump (1G), small diameter output increase sphere (2E) with shock reduction means (2G) ascend storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + A heavier material is used as a method to increase the amount of power generation as a vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋳鉄球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum cast iron ball vertically downward by providing a multi-stage ratio of the material serious gravity solar power acceleration turbine of 2 to 25 times the turbine blade cross section (4X) 2 + heat absorption material (2B) heating internal air (28a) ) Heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) with shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, shock reduction means speed, etc. Acceleration vertically downward + A heavy material is accelerated with a shock reduction means (2G) to create various energy storage cycle combined engines with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋳鉄球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum cast iron ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the ratio of 2 to 25 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Heavy materials are accelerated in rolling direction in vacuum direction. Various energy conservation cycle combined engines with power generation increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Add gravity acceleration etc. Vertical acceleration downward + heavier material in vacuum direction acceleration rolling contact method Various power storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Various energy conservation cycle combined engines that increase power generation amount by accelerating the downward force vertically downward + accelerating heavy material with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + acceleration of gold ball of heavy substance in vacuum direction to increase power generation Cycle coalescing agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被服金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Various kinds of methods to increase power generation amount by accelerating coated gold ball of heavier material in vacuum direction Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Various materials using platinum alloy balls of heavy material as vacuum direction accelerated rolling contact Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + Gold alloy ball of heavier material is used as method of increasing power generation as vacuum direction accelerated rolling contact Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の鉛合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + Lead alloy ball of heavy material accelerate with shock reduction means (2 G) to increase power generation How to make various energy conservation cycles coalesced engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum alloy ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the specific blade of the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc Vertical acceleration downward + + heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鉛球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated lead ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Add gravity acceleration etc. Vertical acceleration downward + heavier material in vacuum direction acceleration rolling contact method Various power storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation amount Various energy storage cycle combined engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making full-fledged house prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle united engines that were accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2 to 25 times the specific blade material (2X to 25X) of turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with method of increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making full-fledged house prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆タンタル合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with method of accelerating the vacuum direction of coated tantalum alloy balls to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のモリブデン鋼球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engine which made the molybdenum steel ball the vacuum direction acceleration and the electric power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋼球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use a coated molybdenum steel ball as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のモリブデン鋳鉄球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engine which made the molybdenum cast iron ball the vacuum direction acceleration rolling contact as a method of increasing the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋳鉄球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engine which made the amount of electric power generation increase by accelerating the coated molybdenum cast iron ball together with the shock reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the ratio of 2 to 25 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Add gravity acceleration etc. Vertical acceleration downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Add gravity acceleration etc. Vertical acceleration downward + heavy material in vacuum direction acceleration rolling contact method Various power conservation cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + heavier materials are accelerated by rolling contact with vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold ball vertically downward by providing a multi-stage ratio of a material critical gravity solar power acceleration turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Add gravity acceleration etc. Vertical acceleration downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation by various energy storage cycle combined engines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Coated gold ball of heavy substance in vacuum direction to increase power generation Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の白金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Various kinds of methods to increase power generation by accelerating platinum alloy sphere of heavier material in vacuum direction Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Various kinds of methods to increase the amount of power generation by using gold alloy balls of heavy substance as vacuum rolling contact. Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の鉛合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + Lead alloy ball of heavier material is used as method of increasing power generation as vacuum direction accelerated rolling contact Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + Accelerate the silver alloy ball of heavy substance with shock reduction means (2 G) to increase power generation How to make various energy conservation cycles coalesced engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum alloy ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the specific blade of the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鉛球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated lead ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Add gravity acceleration etc. Vertical acceleration downward + heavy material in vacuum direction acceleration rolling contact method Various power conservation cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten alloy ball vertically downward by providing a multi-stage ratio of the material serious gravity solar power acceleration turbine of 2 to 25 times the turbine blade cross section (4X) and heat absorption material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Various energy conservation cycle combined engines that increase power generation amount by accelerating the downward force vertically downward + accelerating heavy material with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2 to 25 times the specific blade material (2X to 25X) of turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making full-fledged house prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle united engines which were accelerated with the reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のモリブデン鋼球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with molybdenum steel balls accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆モリブデン鋼球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation by accelerating coated molybdenum steel balls in a vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のモリブデン鋳鉄球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use molybdenum cast iron balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆モリブデン鋳鉄球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle coalescing engines with a method of increasing the amount of power generation by using a coated molybdenum cast iron ball as a vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy conservation cycle combined engine which made silver ball acceleration with the impact reduction means (2G) and made the amount of power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Heavy materials are accelerated in rolling direction in vacuum direction. Various energy conservation cycle combined engines with power generation increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold ball vertically downward by providing a multi-stage ratio of a material critical gravity solar power acceleration turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Add gravity acceleration etc. Vertical acceleration downward + heavier material in vacuum direction acceleration rolling contact method Various power storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold ball vertically by arranging the critical material solar gravitation acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times with multiple stages, heat absorption material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Various energy conservation cycle combined engines that increase power generation amount by accelerating the downward force vertically downward + accelerating heavy material with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Platinum alloy sphere of heavy substance is accelerated in vacuum direction to increase power generation by various energy Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Various kinds of methods to increase power generation by accelerating gold alloy ball of heavier material in vacuum direction Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の鉛合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity, etc. Vertical acceleration downward + Lead alloy balls of heavy material as various methods to increase power generation as vacuum direction accelerated rolling contact Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の銀合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + Silver alloy sphere of heavier material is used as method of increasing power generation as vacuum direction accelerated rolling contact Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + coated platinum alloy sphere of heavy material accelerate with shock reduction means (2 G) to generate electricity Various energy conservation cycle united engines with increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鉛球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated lead ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc Vertical acceleration downward + + heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten alloy ball vertically downward by providing a multi-stage ratio of the material serious gravity solar power acceleration turbine of 2 to 25 times the turbine blade cross section (4X) and heat absorption material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + heavier materials are accelerated by rolling contact with vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation amount Various energy storage cycle combined engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2 to 25 times the specific blade material (2X to 25X) of turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle united engines that were accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making full-fledged house prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with method of increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making full-fledged house prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋼球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with method of increasing power generation by accelerating coated molybdenum steel balls in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のモリブデン鋳鉄球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engine which made the molybdenum cast iron ball vacuum direction acceleration and increased electric power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋳鉄球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use a coated molybdenum cast iron ball as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の銀球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy preservation cycle combined engine which made the silver ball the vacuum direction acceleration rolling contact as a method of increasing the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engine which made coated silver sphere accelerate with a shock reduction means (2G), and made the amount of power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Add gravity acceleration etc. Vertical acceleration downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold ball vertically downward by providing a multi-stage ratio of a material critical gravity solar power acceleration turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Add gravity acceleration etc. Vertical acceleration downward + heavy material in vacuum direction acceleration rolling contact method Various power conservation cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold ball vertically by arranging the critical material solar gravitation acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times with multiple stages, heat absorption material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + heavier materials are accelerated by rolling contact with vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the platinum alloy ball vertically downward by providing a multi-stage ratio of a material critical gravity solar power acceleration turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Various energy conservation cycle combined engines that increase power generation amount by accelerating the downward force vertically downward + accelerating heavy material with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Various energy using the gold alloy ball of heavy material accelerated in vacuum direction to increase power generation Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の鉛合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Lead alloy ball of heavier material accelerated in vacuum direction to increase power generation Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Various kinds of silver alloy spheres of heavy substance are used to increase power generation as vacuum direction accelerated rolling contact Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆白金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Coated platinum alloy sphere of heavier material as vacuum direction accelerated rolling contact and power output increase method Various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + coated gold alloy ball of heavy material accelerate with shock reduction means (2 G) to generate electricity Various energy conservation cycle united engines with increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鉛球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated lead ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Add gravity acceleration etc. Vertical acceleration downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten alloy ball vertically downward by providing a multi-stage ratio of the material serious gravity solar power acceleration turbine of 2 to 25 times the turbine blade cross section (4X) and heat absorption material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Heavy materials are accelerated in rolling direction in vacuum direction. Various energy conservation cycle combined engines with power generation increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing a turbine blade section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Various energy conservation cycle combined engines that increase power generation amount by accelerating the downward force vertically downward + accelerating heavy material with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2 to 25 times the specific blade material (2X to 25X) of turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making full-fledged house prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making full-fledged house prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the specific blade mass (2X) of turbine blade cross-section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle united engines which were accelerated with the reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のモリブデン鋳鉄球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with molybdenum cast iron balls accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆モリブデン鋳鉄球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with a method to increase power generation by accelerating the coated molybdenum cast iron balls in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use silver balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆銀球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle coalescing engines that use the coated silver spheres as a vacuum direction acceleration rolling contact to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engine which made a platinum ball acceleration with a shock reduction means (2G) and made the amount of power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold ball vertically downward by providing a multi-stage ratio of a material critical gravity solar power acceleration turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Gravity acceleration is added vertically downward + acceleration of heavier materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold ball vertically by arranging the critical material solar gravitation acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times with multiple stages, heat absorption material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Heavy materials are accelerated in rolling direction in vacuum direction. Various energy conservation cycle combined engines with power generation increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the platinum alloy ball vertically downward by providing a multi-stage ratio of a material critical gravity solar power acceleration turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + heavier materials are accelerated by rolling contact with vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Various energy conservation cycle combined engines that increase power generation amount by accelerating the downward force vertically downward + accelerating heavy material with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の鉛合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Lead alloy ball of heavy material accelerated in vacuum direction to increase power generation Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の銀合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Various kinds of methods to increase power generation by accelerating silver alloy balls of heavier material in vacuum direction Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + coated platinum alloy sphere of heavy substance as method of increasing power generation as vacuum direction accelerated rolling contact Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Coated gold alloy ball of heavier material as vacuum direction accelerated rolling contact and power output increase method Various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆鉛球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + Coated lead sphere of heavy material accelerate with shock reduction means (2G) to increase power generation And various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten alloy ball vertically downward by providing a multi-stage ratio of the material serious gravity solar power acceleration turbine of 2 to 25 times the turbine blade cross section (4X) and heat absorption material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc Vertical acceleration downward + + heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing a turbine blade section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + heavier materials are accelerated by rolling contact with vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation amount Various energy storage cycle combined engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making full-fledged house prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle united engines that were accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making full-fledged house prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the specific blade mass (2X) of turbine blade cross-section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with method of increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋳鉄球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum cast iron ball vertically downward by installing multiple stages of a ratio vital substance solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋳鉄球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with method of increasing power generation by accelerating coated molybdenum cast iron balls in a vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の銀球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy preservation cycle combined engines which made the silver ball accelerate in the vacuum direction and increased the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use coated silver spheres as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の白金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy preservation cycle combined engine which made the platinum ball the vacuum direction acceleration rolling contact as a method of increasing the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engine which made the amount of power generation increase by accelerating the coated platinum ball with the impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold ball vertically downward by providing a multi-stage ratio of a material critical gravity solar power acceleration turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Add gravity acceleration etc. Vertical acceleration downward + acceleration of heavy materials in the direction of vacuum to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold ball vertically by arranging the critical material solar gravitation acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times with multiple stages, heat absorption material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the platinum alloy ball vertically downward by providing a multi-stage ratio of a material critical gravity solar power acceleration turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Heavy materials are accelerated in rolling direction in vacuum direction. Various energy conservation cycle combined engines with power generation increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + heavier materials are accelerated by rolling contact with vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鉛合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the lead alloy ball vertically by arranging the critical material solar gravitation acceleration power generation turbine of 2 to 25 times the ratio of 2 to 25 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Various energy conservation cycle combined engines that increase power generation amount by accelerating the downward force vertically downward + accelerating heavy material with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + A variety of energy was made by accelerating silver alloy balls of heavy substance in vacuum direction Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆白金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Accelerate the direction of vacuum of coated platinum alloy sphere of heavier material to increase power generation Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + coated gold alloy ball of heavy substance as method of increasing power generation as vacuum direction accelerated rolling contact Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆鉛球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Coated lead sphere of heavier material as various methods to increase power generation as vacuum direction accelerated rolling contact Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + Coated silver alloy sphere of heavy material accelerate with shock reduction means (2 G) to generate electricity Various energy conservation cycle united engines with increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten alloy ball vertically downward by providing a multi-stage ratio of the material serious gravity solar power acceleration turbine of 2 to 25 times the turbine blade cross section (4X) and heat absorption material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing a turbine blade section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Heavy materials are accelerated in rolling direction in vacuum direction. Various energy conservation cycle combined engines with power generation increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Various energy conservation cycle combined engines that increase power generation amount by accelerating the downward force vertically downward + accelerating heavy material with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making full-fledged house prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the specific blade mass (2X) of turbine blade cross-section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋳鉄球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum cast iron ball vertically downward by installing multiple stages of a ratio vital substance solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋳鉄球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum cast iron ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the ratio of 2 to 25 times the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle united engines which were accelerated with the reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engine which made silver ball accelerating in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆銀球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with a method to increase power generation by accelerating the coated silver spheres in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines that use platinum balls as vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆白金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with the method of increasing the amount of power generation by making the coated platinum balls in vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy conservation cycle combined engine which made the gold ball acceleration with the impact reduction means (2G) and made the amount of power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold ball vertically by arranging the critical material solar gravitation acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times with multiple stages, heat absorption material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the platinum alloy ball vertically downward by providing a multi-stage ratio of a material critical gravity solar power acceleration turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Heavy materials are accelerated in rolling direction in vacuum direction. Various energy conservation cycle combined engines with power generation increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鉛合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the lead alloy ball vertically by arranging the critical material solar gravitation acceleration power generation turbine of 2 to 25 times the ratio of 2 to 25 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + heavier materials are accelerated by rolling contact with vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Various energy conservation cycle combined engines that increase power generation amount by accelerating the downward force vertically downward + accelerating heavy material with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Coated platinum alloy spheres of heavy substances are accelerated in vacuum direction to increase power generation Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Accelerate the direction of vacuum of coated gold alloy balls of heavier materials to increase power generation Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆鉛球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Coated lead ball of heavy substance as various methods to increase the amount of power generation as vacuum direction accelerated rolling contact Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆銀合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Coated silver alloy ball of heavier material as vacuum direction accelerated rolling contact and power output increase method Various energy conservation cycle coalition agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタングステン合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Accelerate tungsten alloy ball of heavy substance with shock reduction means (2 G) to increase power generation How to make various energy conservation cycles coalesced engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing a turbine blade section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc Vertical acceleration downward + + heavy materials in vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + heavier materials are accelerated by rolling contact with vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation amount Various energy storage cycle combined engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making full-fledged house prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle united engines that were accelerated to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the specific blade mass (2X) of turbine blade cross-section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle united engines that were accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋳鉄球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum cast iron ball vertically downward by installing multiple stages of a ratio vital substance solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋳鉄球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum cast iron ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the ratio of 2 to 25 times the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with method of increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engine which was made to accelerate with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance A variety of energy storage cycle combined engines, in which the coated silver spheres are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の白金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engine which made the platinum ball accelerate in the vacuum direction and increased power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆白金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance A variety of energy storage cycle combined engines that use coated platinum balls as a vacuum direction accelerated rolling contact to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy preservation cycle combined engine which made the gold ball the vacuum direction acceleration rolling contact as a method of increasing the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engine which made the amount of generated electricity increase by accelerating the coated gold ball together with the impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the platinum alloy ball vertically downward by providing a multi-stage ratio of a material critical gravity solar power acceleration turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier materials are accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鉛合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the lead alloy ball vertically by arranging the critical material solar gravitation acceleration power generation turbine of 2 to 25 times the ratio of 2 to 25 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Heavy materials are accelerated in rolling direction in vacuum direction. Various energy conservation cycle combined engines with power generation increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + heavier materials are accelerated by rolling contact with vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum alloy ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the specific blade of the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation amount Various energy storage cycle combined engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金合金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Coated gold alloy balls of heavy material accelerate in vacuum direction to increase power generation Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆鉛球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + Coated lead sphere of heavier material accelerated in vacuum direction to increase power generation Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Using (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + coated silver alloy sphere of heavy material as a vacuum direction accelerated rolling contact to increase power generation method Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のタングステン合金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity, etc. Vertically accelerated downward + Tungsten alloy sphere of heavier material as a vacuum direction accelerated rolling contact to increase power generation Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆タングステン合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + coated tungsten alloy ball of heavy material accelerate with shock reduction means (2 G) to generate electricity Various energy conservation cycle united engines with increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing a turbine blade section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertically downward + acceleration of heavy materials in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration is added to the speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical energy is accelerated downward + Heavy materials are accelerated in rolling direction in vacuum direction. Various energy conservation cycle combined engines with power generation increasing method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by providing a multi-stage solar power gravitational acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Various energy conservation cycle combined engines that increase power generation amount by accelerating the downward force vertically downward + accelerating heavy material with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the specific blade mass (2X) of turbine blade cross-section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋳鉄球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum cast iron ball vertically downward by installing multiple stages of a ratio vital substance solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋳鉄球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum cast iron ball vertically downward by installing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the ratio of 2 to 25 times the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle combined engines with a method of increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy storage cycle combined engines with increased power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a fully electrified house prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engine which was accelerated with means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with platinum balls accelerated in the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆白金球を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with a method to increase power generation by accelerating the coated platinum balls in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engine which made the gold ball the vacuum direction acceleration rolling contact and the method of increasing the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆金球を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines with a method to increase the amount of power generation by using a coated gold ball as a vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の白金合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy storage cycle combined engines with platinum alloy balls accelerated with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋金合金球を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Uplift and use with shock reduction means (2G) + Gravity acceleration added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + Gold alloy ball aiming at vacuum direction acceleration power generation aiming at increasing total power generating blade Various energy storage cycle combined engine of power generation method which provided gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の鉛合金球を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Use ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Lead alloy ball of heavier material in vacuum direction to increase power generation Various energy storage cycle combined engines with power generation method with multi-stage all-blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀合金球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Use ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Silver alloy sphere of heavy substance as vacuum direction accelerated rolling contact to increase power generation Various energy storage cycle combined engines with power generation method with multi-stage all-blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆白金合金球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Use ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Vertically accelerate downward + Coat platinum alloy sphere of heavier material as vacuum direction accelerated rolling contact Power generation amount Various energy storage cycle combined engines with power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming at increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆金合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Use ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Accelerate the coated gold alloy ball of heavy material with shock reduction means (2G) Various energy conservation cycle combined engines of the power generation method provided with multistage vertical bladed all blade gravity turbine aiming at increase of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鉛球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated lead ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Various types of energy storage cycles combined engine of power generation method equipped with multistage rotor blade gravity turbines aiming to increase the power generation amount in the direction of vacuum + acceleration of specific material by adding gravity acceleration vertically downward + specific critical material. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を竪型全動翼重力タービンを多段に設けて１０００倍発電量を狙う各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavier materials in vacuum direction to increase power generation by installing all types of rotor blade gravity turbines in multiple stages to aim at 1000 times power output Various energy storage cycle combined engine . タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten alloy ball vertically downward by providing a multi-stage ratio of the material serious gravity solar power acceleration turbine of 2 to 25 times the turbine blade cross section (4X) and heat absorption material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combining engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing a turbine blade section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration of heavy materials with impact reduction means (2G) by vertically downward + acceleration with heavy load reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means: Gravity acceleration added to speed, etc. Acceleration vertically down + acceleration of heavy materials in vacuum direction Accelerated rolling contact to increase power output Various types of energy storage cycle coalescence engines with multiple rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by providing a multi-stage solar power gravitational acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Gravity acceleration added to means speed etc. Various energy storage cycles of power generation method with multistage rotor blade gravity turbine provided in multiple stages aiming at increasing power generation by accelerating vertically downward + accelerating heavy material with impact reduction means (2G) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋳鉄球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum cast iron ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + battery powered various ships etc. + increase balls Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋳鉄球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum cast iron ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades cross section (4X) of 2 to 25 times in multiple stages + battery storage various vessels etc. + increase Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and save + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + heavier Various energy conservation cycle combined engines of power generation method that multistage rotor-type all-blade gravity turbine is provided in multiple stages to accelerate the material in vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + battery storage powered by various vessels etc + increase ball rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines in multi-stage to aim at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + various storage batteries driven by ships + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multistage floating blade all-over type gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the gold ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbines installed in multiple stages aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold ball vertically downward by providing multiple stages of a ratio vital substance solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + battery storage Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross section (4X) of 2 to 25 times in multiple stages + battery powered various ships etc. + increase balls Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鉛合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the lead alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine in multiple stages aiming at power generation amount increase by vacuum direction acceleration. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + battery storage powered various vessels etc. + increase balls Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine in multiple stages aiming at power generation amount increase by vacuum direction acceleration. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and save + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + heavier Various energy conservation cycle combined engines of power generation method that multistage rotor-type all-blade gravity turbine is provided in multiple stages to accelerate the material in vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and save + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + heavier Various energy conservation cycle combined engines of power generation method that multistage rotor-type all-blade gravity turbine is provided in multiple stages to accelerate the material in vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鉛球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated lead ball vertically by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery running various ships etc. + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and store + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines in multi-stage to aim at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbines installed in multiple stages aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the ratio of 2 to 25 times the turbine blade cross section (4X) + battery powered various ships Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and store + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines in multi-stage to aim at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing multiple stages of a ratio critical substance solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + battery storage Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbines installed in multiple stages aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and store + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines in multi-stage to aim at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines in multi-stage to aim at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and save + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + heavier Various energy storage cycle coalescing engines of power generation method with multistage rotor-type all-blade gravity turbines aiming to increase power generation by using vacuum direction accelerated rolling contact with materials. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery powered various ships etc. + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines in multi-stage to aim at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and save + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + heavier Various energy storage cycle coalescing engines of power generation method with multistage rotor-type all-blade gravity turbines aiming to increase power generation by using vacuum direction accelerated rolling contact with materials. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋳鉄球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum cast iron ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + battery powered various ships etc. + increase balls Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines in multi-stage to aim at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋳鉄球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum cast iron ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades cross section (4X) of 2 to 25 times in multiple stages + battery storage various vessels etc. + increase Using a ball lifter (2F), use a small-diameter output increase ball (2E) with a shock reduction means (2G) to lift and store + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with multistage rotor-type full blade gravity turbine aiming at power generation increase by accelerating with shock reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + battery storage powered by various vessels etc + increase ball rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multistage floating blade all-over type gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with multistage rotor-type all blade gravity turbine aiming at increase of power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + various storage batteries driven by ships + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multistage floating blade all-over type gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + battery storage Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with multistage rotor-type all blade gravity turbine aiming at increase of power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the gold ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy storage cycle combined engines with power generation method with multistage rotor-type full blade gravity turbine aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold ball vertically downward by providing multiple stages of a ratio vital substance solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + battery storage Use a lifting device (2F) to save and use a small-diameter output increase ball (2E) together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + same amount of water Various energy storage cycle combined engines with power generation method with multistage rotor-type full blade gravity turbine for multi-stage power generation aiming at maximum power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with turbine blades with cross section (4X) of 2 to 25 times in multiple stages + battery powered various ships etc. + increase balls Use a lifting device (2F) to save and use a small-diameter output increase ball (2E) together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + same amount of water Various energy storage cycle combined engines with power generation method with multistage rotor-type full blade gravity turbine for multi-stage power generation aiming at maximum power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use a lifting device (2F) to save and use a small-diameter output increase ball (2E) together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + same amount of water Various energy storage cycle combined engines with power generation method with multistage rotor-type full blade gravity turbine for multi-stage power generation aiming at maximum power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鉛合金球を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the lead alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) Use a lifting device (2F) to save and use a small-diameter output increase ball (2E) together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + same amount of water Various energy storage cycle combined engines with power generation method with multistage rotor-type full blade gravity turbine for multi-stage power generation aiming at maximum power output. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a ) Heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) with shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + Specific critical materials in the vacuum direction Accelerated generation of power generation power generation method with multistage rotor blade gravity turbines provided in multiple stages Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum alloy ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the specific blade of the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air ( 28a) With suction pump heat recovery (2G) with suction pump heat recovery (2G) with heat pump (1G), small diameter output increase sphere (2E) with shock reduction means (2G) ascend storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + More heavy materials are accelerated in the vacuum direction to increase power generation by providing vertical multistage rotor blade gravity turbines in multiple stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) With suction pump heat recovery (2G) with suction pump heat recovery (2G) with heat pump (1G), small diameter output increase sphere (2E) with shock reduction means (2G) ascend storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + Heavy material in vacuum direction accelerated rolling contact A multistage rotor blade gravity turbine is provided in multiple stages aiming at increasing power output Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鉛球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated lead ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Power generation with cascaded all-rotor gravity turbines in multiple stages aiming at increased power output How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) With suction pump heat recovery (2G) with suction pump heat recovery (2G) with heat pump (1G), small diameter output increase sphere (2E) with shock reduction means (2G) ascend storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + Acceleration of heavy material with impact reduction means (2G) Vertical blade all blade gravity turbine aiming at increased power generation Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten alloy ball vertically downward by providing a multi-stage ratio of the material serious gravity solar power acceleration turbine of 2 to 25 times the turbine blade cross section (4X) and heat absorption material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbines arranged in multiple stages aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means: Gravity acceleration is added to speed, etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in the vacuum direction to increase power generation. Various energy storage cycle coalescing engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing a turbine blade section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combining engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration of heavy materials with impact reduction means (2G) by vertically downward + acceleration with heavy load reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋被覆タンタル合金球を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times ratio critical substance Photovoltaic gravity acceleration power generation generating facility power generation generating turbine blade all + power increasing ball (2E) to accelerate to a small diameter + water velocity, air velocity and impact Reduction means Add gravity acceleration to speed, etc. Accelerate vertically downward + increase the amount of electric power generated by coating tantalum alloy balls in the vacuum direction Various types of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のモリブデン鋼球を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times ratio critical substance Photovoltaic gravity acceleration power generation generating facility power generation generating turbine blade all + power increasing ball (2E) to accelerate to a small diameter + water velocity, air velocity and impact Reduction means Add gravity acceleration to speed etc. Acceleration vertically downward + Molybdenum steel ball of heavier material in vacuum direction to accelerate power generation to increase power generation Various energy conservation of power generation method provided with multistage rotor blade gravity turbine in multiple stages Cycle coalescing agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋼球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times ratio critical substance Photovoltaic gravity acceleration power generation generating facility power generation generating turbine blade all + power increasing ball (2E) to accelerate to a small diameter + water velocity, air velocity and impact Reduction means Add gravity acceleration to speed, etc. Acceleration vertically downward + coated molybdenum steel balls of heavy material as vacuum direction accelerated rolling contact to increase power output Various energy generation methods of multistage rotor blade gravity turbine provided in multiple stages Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のモリブデン鋳鉄球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times ratio critical substance Photovoltaic gravity acceleration power generation generating facility power generation generating turbine blade all + power increasing ball (2E) to accelerate to a small diameter + water velocity, air velocity and impact Reduction means Add gravity acceleration to speed, etc. Acceleration vertically downward + Molybdenum cast iron balls of heavier substances as vacuum direction accelerated rolling contact to increase power output Various energy generation methods of multistage rotor blade gravity turbines provided in multiple stages Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋳鉄球を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times ratio critical substance Photovoltaic gravity acceleration power generation generating facility power generation generating turbine blade all + power increasing ball (2E) to accelerate to a small diameter + water velocity, air velocity and impact Gravity acceleration is added to the reduction means Speed etc. Vertically accelerated down + Heavy material coated molybdenum cast iron balls are accelerated with the shock reduction means (2G) to increase power generation by generating multistage rotor blade gravity turbines in multiple stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀球を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver ball vertically downward by providing the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + drive turbine drive with small diameter of power increase ball (2E) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + Specific critical materials in the vacuum direction Accelerated generation of power generation power generation method with multistage rotor blade gravity turbines provided in multiple stages Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆銀球を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated silver ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times with multiple stages and accelerating turbine with the power increasing ball (2E) as a small diameter Gravity acceleration is added to drive + water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + More heavy materials are accelerated in the vacuum direction to increase power output Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金球を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum ball vertically downward by providing multiple stages of a ratio critical substance solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times Multistage + power increase ball (2E) with small diameter + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity etc. Vertically accelerated downward + Heavy material as vacuum direction accelerated rolling contact Power generation with cascaded all blade gravity turbines in multiple stages aiming at increased power output How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金球を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages with 2-25 times the ratio blade substance cross section (4X) of turbine blade cross section + power boosting ball (2E) as a small diameter accelerating turbine Gravity acceleration is added to drive + water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + heavier material as vacuum direction acceleration rolling contact Providing multistage rotor blade gravity turbines for increasing power output Energy storage cycle combined engine of different power generation methods. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金球を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2-25 times ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + small diameter power increase ball (2E) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + Acceleration of heavy material with impact reduction means (2 G) to increase power generation by multistage vertical blade full blade gravity turbine multistage Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a fully electrified house prime + increase ball lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrified house prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance A variety of energy storage cycle coalescing engines with direction acceleration to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鉛合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the lead alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the ratio of the turbine blade cross section (4X) + increase the sphere rise device Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multistage floating blade all-over type gravity turbine aiming at power generation increase by accelerating with means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋被覆白金合金球を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + coated platinum alloy Various energy conservation cycle combined engines of power generation method which is provided with multistage vertical blade all gravity turbines aiming to increase the amount of vacuum direction accelerated power generation of balls. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆金合金球を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of power generation method provided with multistage rotor-type full blade gravity turbine aiming at power generation increase by accelerating coated gold alloy balls in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆鉛球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbines aimed at increasing power generation by using coated lead balls as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆銀合金球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of power generation method provided with multistage rotor blade gravity turbines aimed at increasing power generation by making coated silver alloy balls in vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタングステン合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy conservation cycle combined engines of the power generation method which is provided with multistage rotor-type full blade gravity turbine aiming at power generation increase by accelerating tungsten alloy balls with shock reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing a turbine blade section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means: Gravity acceleration added to speed, etc. Acceleration vertically down + acceleration of heavy materials in vacuum direction Accelerated rolling contact to increase power output Various types of energy storage cycle coalescence engines with multiple rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar power gravitational acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combining engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Gravity acceleration added to means speed etc. Various energy storage cycles of power generation method with multistage rotor blade gravity turbine provided in multiple stages aiming at increasing power generation by accelerating vertically downward + accelerating heavy material with impact reduction means (2G) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋モリブデン鋼球を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Rise and use with water + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Molybdenum steel ball aiming at increasing the amount of vacuum direction accelerated power generation Rotor type all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆モリブデン鋼球を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Coated molybdenum steel ball of heavier material to vacuum direction to aim at increasing power generation Energy storage cycle combined engine of the power generation method which provided the multi-blade full blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のモリブデン鋳鉄球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use with rising storage + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + Molybdenum cast iron ball of heavy substance aiming at increasing power generation as vacuum direction accelerated rolling contact Various energy storage cycle combined engine of power generation method which installed all the moving blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆モリブデン鋳鉄球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use together with (2G) and save + add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. vertically downward acceleration + coated molybdenum cast iron ball of heavier material as vacuum direction accelerated rolling contact to increase power generation Various energy storage cycle combined engine of power generation method that multistage type floating blade all-over type gravity turbine is provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀球を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Accelerate the silver ball of heavy substance with shock reduction means (2G) to increase power generation Various energy storage cycle combined engines with power generation method with multi-stage all-blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋被覆銀球を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + coated silver sphere in vacuum direction Accelerated generation of power generation Various energy conservation cycle combined engines of power generation method equipped with multistage rotor blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の白金球を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration Vertically accelerating heavier platinum balls in vacuum direction to increase power generation Various energy saving cycle combining engines of various power generation methods with multistage rotor blade gravity turbines provided in multiple stages . タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold ball vertically downward by providing a multi-stage ratio of a material critical gravity solar power acceleration turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Gravity acceleration added Vertically downward + Acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold ball vertically by arranging the critical material solar gravitation acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times with multiple stages, heat absorption material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration of heavy materials with impact reduction means (2G) by vertically downward + acceleration with heavy load reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrified house prime + increase ball lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鉛合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the lead alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the ratio of the turbine blade cross section (4X) + increase the sphere rise device Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multistage floating blade all-over type gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋被覆金合金球を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + coated gold alloy Various energy conservation cycle combined engines of power generation method which is provided with multistage vertical blade all gravity turbines aiming to increase the amount of vacuum direction accelerated power generation of balls. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆鉛球を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle coalescing engines with multistage rotor blade gravity turbines installed in multiple stages to achieve increased power generation by accelerating the coated lead bulb in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀合金球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy conservation cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine aimed at increasing power generation by using coated silver alloy balls as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のタングステン合金球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbines aimed at increasing power generation by using tungsten alloy balls as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆タングステン合金球を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy preservation cycle combined engines of the power generation method which provided the cascade type all blade gravity turbine in multiple stages aiming at power generation increase by accelerating coated tungsten alloy balls with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tungsten steel ball vertically downward by providing a turbine blade section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbines arranged in multiple stages aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means: Gravity acceleration is added to speed, etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in the vacuum direction to increase power generation. Various energy storage cycle coalescing engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combining engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by providing a multi-stage solar power gravitational acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration of heavy materials with impact reduction means (2G) by vertically downward + acceleration with heavy load reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋被覆モリブデン鋼球を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Rise and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + coated molybdenum steel ball aiming at increasing the amount of vacuum direction acceleration power generation Rotor type all blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質のモリブデン鋳鉄球を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Molybdenum cast iron ball of heavier material for vacuum direction acceleration to increase power output Various energy storage cycle combined engine of power generation method which installed all the moving blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆モリブデン鋳鉄球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Coated molybdenum cast iron ball of heavy material as vacuum direction accelerated rolling contact to increase power generation Energy storage cycle combined engine of the power generation method which provided the multi-blade full blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の銀球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Silver ball of heavier material as vacuum direction accelerated rolling contact aiming at increasing power output Various energy storage cycle combined engine of power generation method which installed all the moving blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の被覆銀球を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + Coated silver sphere of heavy material accelerate with shock reduction means (2G) to increase power generation Various energy storage cycle combined engines with power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the platinum ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Various types of energy storage cycles combined engine of power generation method equipped with multistage rotor blade gravity turbines aiming to increase the power generation amount in the direction of vacuum + acceleration of specific material by adding gravity acceleration vertically downward + specific critical material. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with a 2 to 25 times ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold ball vertically downward by providing a multi-stage ratio of a material critical gravity solar power acceleration turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + heat absorbing material (2B) heating internal air (28a) The heat pump (1G) suction compression heat recovery + increase ball rising device (2F) small diameter output increase ball (2E) together with the shock reduction means (2G) to use rising + water speed or air speed or shock speed reduction means speed Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact, aiming to increase the amount of power generation Various energy conservation cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated gold ball vertically by arranging the critical material solar gravitation acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) 2 to 25 times with multiple stages, heat absorption material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて白金合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the platinum alloy ball vertically downward by providing a multi-stage ratio of a material critical gravity solar power acceleration turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration of heavy materials with impact reduction means (2G) by vertically downward + acceleration with heavy load reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて金合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the gold alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase ball lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鉛合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the lead alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with 2 to 25 times the ratio of the turbine blade cross section (4X) + increase the sphere rise device Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて銀合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the silver alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆白金合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated platinum alloy ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbines installed in multiple stages aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆金合金球を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating coated gold alloy balls vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times in multiple stages + making a full electrification house prime + increase sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multistage floating blade all-over type gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋被覆鉛球を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and save small diameter output increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + coated lead ball Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbines installed in multiple stages aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆銀合金球を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages aiming at increasing power generation by accelerating coated silver alloy balls in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタングステン合金球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy conservation cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine aimed at increasing power generation by using tungsten alloy balls as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆タングステン合金球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle combined engines of power generation method provided with multistage rotor-type full blade gravity turbine aiming at increase of power generation as vacuum direction accelerated rolling contact with coated tungsten alloy balls. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質のタングステン鋼球を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance Various energy conservation cycle combined engines of the power generation method provided with multistage rotor-type full blade gravity turbine aiming at power generation increase by accelerating tungsten steel balls with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タングステン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tungsten steel ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてタンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the tantalum alloy ball vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆タンタル合金球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated tantalum alloy ball vertically downward by providing a multi-stage solar gravitational acceleration power generation turbine with 2-25 times the ratio critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means: Gravity acceleration added to speed, etc. Acceleration vertically down + acceleration of heavy materials in vacuum direction Accelerated rolling contact to increase power output Various types of energy storage cycle coalescence engines with multiple rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けてモリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the molybdenum steel ball vertically downward by providing a multi-stage solar power gravitational acceleration power generation turbine with turbine blades with cross sections (4X) of 2 to 25 times in multiple stages + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆モリブデン鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated molybdenum steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) of 2 to 25 times multiple stages + heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Gravity acceleration added to means speed etc. Various energy storage cycles of power generation method with multistage rotor blade gravity turbine provided in multiple stages aiming at increasing power generation by accelerating vertically downward + accelerating heavy material with impact reduction means (2G) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋モリブデン鋳鉄球を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Rise and use with water + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Molybdenum cast iron ball Vacuum-direction accelerated power generation of rotor blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆モリブデン鋳鉄球を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2 G) + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Coated molybdenum cast iron ball of heavier material to vacuum direction to increase power generation Energy storage cycle combined engine of the power generation method which provided the multi-blade full blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質の銀球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Silver ball of heavy substance as vacuum direction accelerated rolling contact to aim at increasing power generation Various energy storage cycle combined engine of the power generation method which installed the blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質の被覆銀球を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Coated silver sphere of heavier material as vacuum direction accelerated rolling contact to aim at increasing power output Energy storage cycle combined engine of the power generation method which provided the multi-blade full blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) is twice as large as the specific material solar gravity acceleration power generation generating power generating power generation turbine blade method method + increase ball lift device (2F) small diameter power increase ball (2E) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4X) three times as large as the critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) four times with a specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 5 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 6 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4X) seven times with the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4X) by 8 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) with 9 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the turbine blade cross-section (4X) at 10 times ratio critical material solar gravity acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) with 11 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross section (4X) 12 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 13 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 14 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward with gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 15 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 16 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 17 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 18 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a 20-fold ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 21 times the ratio of the critical material solar gravitational acceleration power generation turbine with 21 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a 22 × ratio of turbine blade cross section (4X) and heat absorption material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 23 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 24 times the ratio critical material solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 25 times the ratio critical substance solar gravitational acceleration power generation generating power generating power generation turbine blade total + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) is twice as large as the specific material solar gravity acceleration power generation generating power generating power generation turbine blade method method + increase ball lift device (2F) small diameter power increase ball (2E) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) three times the ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) four times with a specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 5 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 6 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4X) seven times with the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross section (4X) with 8 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) with 9 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the turbine blade cross-section (4X) at 10 times ratio critical material solar gravity acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) with 11 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross section (4X) 12 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) 13 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 14 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward with gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 15 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 16 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 17 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 18 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a 20-fold ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 21 times the ratio of the critical material solar gravitational acceleration power generation turbine with 21 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a 22 × ratio of turbine blade cross section (4X) and heat absorption material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) 23 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 24 times the ratio critical material solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 25 times the ratio critical substance solar gravitational acceleration power generation generating power generating power generation turbine blade total + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) is twice as large as the specific material solar gravity acceleration power generation generating power generating power generation turbine blade method method + increase ball lift device (2F) small diameter power increase ball (2E) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) three times the ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) quadruple specific gravity factor material gravity acceleration acceleration power generation power generation generating power generation turbine blade total + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G) ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 5 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 6 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4X) seven times with the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross section (4X) with 8 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade section (4X) with 9 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the turbine blade cross-section (4X) at 10 times ratio critical material solar gravity acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) with 11 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross section (4X) 12 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) 13 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross section (4X) 14 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 15 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 16 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 17 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 18 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 19 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a 20-fold ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 21 times the ratio of the critical material solar gravitational acceleration power generation turbine with 21 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a 22 × ratio of turbine blade cross section (4X) and heat absorption material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) 23 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 24 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 25 times the ratio critical substance solar gravitational acceleration power generation generating power generating power generation turbine blade total + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) is twice as large as the specific material solar gravity acceleration power generation generating power generating power generation turbine blade method method + increase ball lift device (2F) small diameter power increase ball (2E) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) three times the ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) quadruple specific gravity factor material gravity acceleration acceleration power generation power generation generating power generation turbine blade total + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G) ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) five times the ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 6 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4X) seven times with the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross section (4X) with 8 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade section (4X) with 9 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross-section (4X) with 10 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) with 11 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross section (4X) 12 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) 13 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross section (4X) 14 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the multiple critical solar power gravitational acceleration power generation turbines of 15 times the ratio of the critical blade solar cross section (4X) to the entire surface of the housing 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 16 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 17 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 18 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 19 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 20 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 21 times the ratio of the critical material solar gravitational acceleration power generation turbine with 21 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with a 22 × ratio of turbine blade cross section (4X) and heat absorption material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) 23 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 24 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with 25 times the ratio of a 25 × turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) is twice as large as the specific material solar gravity acceleration power generation generating power generating power generation turbine blade method method + increase ball lift device (2F) small diameter power increase ball (2E) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) three times the ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) quadruple specific gravity factor material gravity acceleration acceleration power generation power generation generating power generation turbine blade total + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G) ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) five times the ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 6 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4X) seven times with the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross section (4X) with 8 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade section (4X) with 9 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross-section (4X) with 10 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4X) with 11 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross section (4X) 12 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) 13 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross section (4X) 14 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the multiple critical solar power gravitational acceleration power generation turbines of 15 times the ratio of the critical blade solar cross section (4X) to the entire surface of the housing 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross section (4X) 16 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 17 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 18 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 19 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 20 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 21 times ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 22 times a ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with a vacuum vertically downward ++ small diameter output increase sphere (ball) with increase sphere lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc Vertical acceleration downward + Specific material aiming at vacuum power generation increase Various energy storage cycle combined engine of power generation method which installed all the moving blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 23 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) configuration and method to attract and accelerate vertically downward in vacuum + + small diameter output increase sphere (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Accelerate heavier materials in vacuum direction to aim at increase of power generation Various energy storage cycle combined engine of power generation method that multistage type floating blade all-over type gravity turbine is provided. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 24 times a ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with a vacuum vertically downward ++ small diameter output increase sphere with an increase sphere lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + aim to increase power generation with heavy material in vacuum direction accelerated rolling contact Various energy storage cycle combined engine of power generation method that multistage type floating blade all-over type gravity turbine is provided. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for suctioning and accelerating a turbine blade cross section (4X) 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ small diameter output increase sphere (ball) with increase sphere lifter (2F) 2E) Use uplift and save together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + heavier material with vacuum direction accelerated rolling contact to increase power generation Various energy storage cycle combined engines with power generation method with multi-stage all-blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   A configuration and method for attracting and accelerating a turbine blade cross section (4X) twice as much as a ratio critical substance solar gravity acceleration power generation output increase sphere (2E) in vacuum vertically downward ++ small diameter output increase sphere (ball) with increase sphere lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + Generate heavy material with shock reduction means (2G) to generate electricity Various energy storage cycle combined engines with power generation method with multistage rotor-type full blade gravity turbine aiming at increase in quantity. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method to attract and accelerate the turbine blade cross-section (4X) three times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) in vacuum vertically downward ++ small diameter output increase sphere (ball) with increase sphere lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc Vertical acceleration downward + Specific material aiming at vacuum power generation increase Various energy storage cycle combined engine of power generation method which installed all the moving blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) four times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum in a vertical direction + small diameter output increase sphere (ball) with increase sphere lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Accelerate heavier materials in vacuum direction to aim at increase of power generation Various energy storage cycle combined engine of power generation method that multistage type floating blade all-over type gravity turbine is provided. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method to attract and accelerate the turbine blade cross section (4X) five times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ small diameter output increase sphere (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + aim to increase power generation with heavy material in vacuum direction accelerated rolling contact Various energy storage cycle combined engine of power generation method that multistage type floating blade all-over type gravity turbine is provided. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross-section (4X) 6 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ small diameter output increase sphere (ball) with increase sphere lifter (2F) 2E) Use uplift and save together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + heavier material with vacuum direction accelerated rolling contact to increase power generation Various energy storage cycle combined engines with power generation method with multi-stage all-blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) seven times a ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ small diameter output increase sphere (ball) with increase sphere lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + Generate heavy material with shock reduction means (2G) to generate electricity Various energy storage cycle combined engines with power generation method with multistage rotor-type full blade gravity turbine aiming at increase in quantity. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) with 8 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with 9 times ratio critical substance solar gravitational acceleration power generation turbine + multistage vessel powered by various batteries such as storage battery + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) 10 times as large as the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) at a ratio of 11 times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery-powered various ships and so on 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) 13 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery-powered various ships and so on 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a four-fold ratio serious substance solar gravitational acceleration power generation turbine with 14 times the turbine blade cross section (4X) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with 15 times ratio critical substance solar gravitational acceleration power generation turbine + multistage ship powered by various batteries such as storage battery + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with 16 times ratio critical substance solar gravitational acceleration power generation turbine + multistage ship powered by various batteries such as storage battery + 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing 17 times the ratio serious substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4X) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) 18 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as + primed ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by arranging the critical material solar gravitational acceleration power generation turbine with multiple stages of 19 times ratio blade substance cross section (4X) of turbine blade + battery powered by various vessels such as 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 20 times ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4X) + multistage battery powered various vessels like this + boost ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) 21 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery-powered various ships and so on 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 22V ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4X) in multiple stages + battery-powered various ships and other kinds of ships + increasing ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) 23 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as storage + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) 24 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various ships such as storage + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) with 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various ships such as battery + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) twice as large as the ratio critical substance solar gravitational acceleration power generation turbine + multistage vessel powered by various batteries such as storage battery + 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) three times as large as the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as + buildup ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a four-fold ratio serious substance solar gravitational acceleration power generation turbine with 4 times the turbine blade cross section (4X) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with a ratio of five times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with a ratio of six times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) seven times as large as the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) with 8 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with 9 times ratio critical substance solar gravitational acceleration power generation turbine + multistage vessel powered by various batteries such as storage battery + augmented sphere lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) 10 times as large as the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) at a ratio of 11 times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery-powered various ships and so on 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) 13 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery-powered various ships and so on 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a four-fold ratio serious substance solar gravitational acceleration power generation turbine with 14 times the turbine blade cross section (4X) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Increase small diameter output increase ball (2E) together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + same water amount maximum power generation amount Various energy storage cycle combined engines with power generation method with multi-stage all-blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with 15 times ratio critical substance solar gravitational acceleration power generation turbine + multistage ship powered by various batteries such as storage battery + augmented ball lifter ( 2F) Increase small diameter output increase ball (2E) together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + same water amount maximum power generation amount Various energy storage cycle combined engines with power generation method with multi-stage all-blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with 16 times ratio critical substance solar gravitational acceleration power generation turbine + multistage ship powered by various batteries such as storage battery + 2F) Increase small diameter output increase ball (2E) together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + same water amount maximum power generation amount Various energy storage cycle combined engines with power generation method with multi-stage all-blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing 17 times the ratio serious substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4X) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Increase small diameter output increase ball (2E) together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + same water amount maximum power generation amount Various energy storage cycle combined engines with power generation method with multi-stage all-blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) 18 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as + primed ball lifter ( 2F) Increase small diameter output increase ball (2E) together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + same water amount maximum power generation amount Various energy storage cycle combined engines with power generation method with multi-stage all-blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross section (4X) 19 times a ratio critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) as heat Pump (1G) suction compression heat recovery + increase ball rise device (2F) as much as possible + rise ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) rise storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + Specific critical materials in vacuum direction Accelerated power generation A power generation method with multistage rotor blade gravity turbines provided in multiple stages The various energy conservation cycle coalescing agencies. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross section (4X) 20 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) as thermal Pump (1G) suction compression heat recovery + increase ball rise device (2F) as much as possible + rise ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) rise storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + More heavy materials are accelerated in the vacuum direction to increase power generation by providing vertical multistage rotor blade gravity turbines in multiple stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross section (4X) 21 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) as thermal Pump (1G) suction compression heat recovery + increase ball rise device (2F) as much as possible + rise ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) rise storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + Heavy material in vacuum direction accelerated rolling contact A multistage rotor blade gravity turbine is provided in multiple stages aiming at increasing power output Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross-section (4X) 22 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) as heat Pump (1G) suction compression heat recovery + increase ball rise device (2F) as much as possible + rise ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) rise storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + heavier material as vacuum direction acceleration rolling contact Providing multistage rotor blade gravity turbines for increasing power output Energy storage cycle combined engine of different power generation methods. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross section (4X) 23 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) as heat Pump (1G) suction compression heat recovery + increase ball rise device (2F) as much as possible + rise ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) rise storage Use + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + Acceleration of heavy material with impact reduction means (2G) Vertical blade all blade gravity turbine aiming at increased power generation Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 24 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing multiple stages of a specific material solar gravitational acceleration power generation turbine with 25 times the ratio of a 25 × turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4X) twice as large as a specific material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) three times as large as the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing four stages of specific material solar gravitational acceleration power generation turbine with four times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) five times the ratio critical substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 6 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 7 times the ratio of the critical material solar gravity acceleration power generation generating power generation turbine blade to make the whole turbine blade + increase ball lift device (2F) small diameter power increase ball (2E) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 8 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 9 times ratio critical material solar gravity acceleration power generation generating power generation generating turbine blade all the way + increase ball lift device (2F) small diameter output increase sphere (2E) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross-section (4X) with 10 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4X) with 11 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4X) 12 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade section (4X) 13 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) 14 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the multiple critical solar power gravitational acceleration power generation turbines of 15 times the ratio of the critical blade solar cross section (4X) to the entire surface of the housing 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross section (4X) 16 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing 17 times the ratio critical material solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4X) + fully electrified house prime + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the turbine blade cross section (4X) 18 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbines of 19 times the ratio of the critical blade solar cross section (4X) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 20 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 21 times ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 22 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 23 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 24 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multistage floating blade all-over type gravity turbine aiming at power generation increase by accelerating with means (2G). タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by providing 25 times the ratio serious substance solar gravitational acceleration power generation turbine of 25 times the turbine blade cross section (4X) ++ small diameter power increase ball with increase ball lift device (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc Vertical acceleration downward + Specific material aiming at vacuum power generation increase Various energy storage cycle combined engine of power generation method which installed all the moving blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   A structure and method for accelerating coated steel balls vertically by providing a turbine blade section (4X) twice as large as a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + small diameter power increase balls with increase ball lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Accelerate heavier materials in vacuum direction to aim at increase of power generation Various energy storage cycle combined engine of power generation method that multistage type floating blade all-over type gravity turbine is provided. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by providing a turbine blade cross section (4X) three times as large as the ratio critical material solar gravitational acceleration power generation turbine ++ small diameter power increase ball with increase ball lift device (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + aim to increase power generation with heavy material in vacuum direction accelerated rolling contact Various energy storage cycle combined engine of power generation method that multistage type floating blade all-over type gravity turbine is provided. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing four stages of specific material solar gravitational acceleration power generation turbine with 4 times the turbine blade cross section (4X) + small diameter power increase ball with increase ball lifter (2F) 2E) Use uplift and save together with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + heavier material with vacuum direction accelerated rolling contact to increase power generation Various energy storage cycle combined engines with power generation method with multi-stage all-blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) with 5 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + small diameter power increase ball with increase ball lifter (2F) 2E) Use uplift storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + Generate heavy material with shock reduction means (2G) to generate electricity Various energy storage cycle combined engines with power generation method with multistage rotor-type full blade gravity turbine aiming at increase in quantity. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 6 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 7 times the ratio of the critical material solar gravity acceleration power generation generating power generation turbine blade to make the whole turbine blade + increase ball lift device (2F) small diameter power increase ball (2E) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 8 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 9 times ratio critical material solar gravity acceleration power generation generating power generation generating turbine blade all the way + increase ball lift device (2F) small diameter output increase sphere (2E) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 10 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4X) with 11 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4X) 12 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade section (4X) 13 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) 14 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross section (4X) 16 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing 17 times the ratio critical material solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4X) + fully electrified house prime + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the turbine blade cross section (4X) 18 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbines of 19 times the ratio of the critical blade solar cross section (4X) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbines of 20 times the ratio of the critical material solar gravitational acceleration power generation turbine of 20 times the turbine blade cross section (4X) 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 21 times ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 22 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 23 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 24 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade section (4X) twice as large as a specific material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) three times as large as the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing four stages of specific material solar gravitational acceleration power generation turbine with four times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) 5 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 6 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 7 times the ratio of the critical material solar gravity acceleration power generation generating power generation turbine blade to make the whole turbine blade + increase ball lift device (2F) small diameter power increase ball (2E) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 8 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 9 times ratio critical material solar gravity acceleration power generation generating power generation generating turbine blade all the way + increase ball lift device (2F) small diameter output increase sphere (2E) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 10 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 11 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4X) 12 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade section (4X) 13 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) 14 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 16 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing 17 times the ratio critical material solar gravitational acceleration power generation turbine of 17 times the turbine blade cross section (4X) + fully electrified house prime + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the turbine blade cross section (4X) 18 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbines of 19 times the ratio of the critical blade solar cross section (4X) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbines of 20 times the ratio of the critical material solar gravitational acceleration power generation turbine of 20 times the turbine blade cross section (4X) 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the 21st ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 22 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 23 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 24 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) twice as much as the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) three times as large as the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing four stages of specific material solar gravitational acceleration power generation turbine with four times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) 5 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 6 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine in 7 stages of turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 8 times ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 9 times ratio critical material solar gravity acceleration power generation generating power generation generating turbine blade all the way + increase ball lift device (2F) small diameter output increase sphere (2E) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 10 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 11 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 12 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade section (4X) 13 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) 14 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 16 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing 17 times the specific critical substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by installing the turbine blade cross section (4X) 18 times ratio critical material solar gravity acceleration power generation turbine in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbines of 19 times the ratio of the critical blade solar cross section (4X) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbines of 20 times the ratio of the critical material solar gravitational acceleration power generation turbine of 20 times the turbine blade cross section (4X) 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the 21st ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the multiple critical ratio solar power gravitational acceleration power generation turbines with 22 times the ratio of the critical blade solar cross section (4X) to the turbine blade cross section + + 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 23 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 24 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) twice as much as the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) three times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing four stages of specific material solar gravitational acceleration power generation turbine with four times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) 5 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 6 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine in 7 stages of turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 8 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 9 times ratio critical material solar gravity acceleration power generation generating power generation generating turbine blade all the way + increase ball lift device (2F) small diameter output increase sphere (2E) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 10 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 11 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 12 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 13 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) 14 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 16 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing 17 times the specific critical substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4X) 18 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbines of 19 times the ratio of the critical blade solar cross section (4X) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbines of 20 times the ratio of the critical material solar gravitational acceleration power generation turbine of 20 times the turbine blade cross section (4X) 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the 21st ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the multiple critical ratio solar power gravitational acceleration power generation turbines with 22 times the ratio of the critical blade solar cross section (4X) to the turbine blade cross section + + 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the covering ratio critical material vertically downward by installing the turbine blade cross section (4X) 23 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 24 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) twice as much as the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) three times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 4 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) 5 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 6 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine in 7 stages of turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 8 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 9 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 10 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 11 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 12 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 13 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 14 times ratio critical substance solar gravity acceleration generation power generation generating equipment generating blade all the way + increase ball lift device (2F) small diameter output increase sphere (2E) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 16 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing 17 times the specific critical substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4X) 18 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade cross section (4X) 19 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbines of 20 times the ratio of the critical material solar gravitational acceleration power generation turbine of 20 times the turbine blade cross section (4X) 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the 21st ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the multiple critical ratio solar power gravitational acceleration power generation turbines with 22 times the ratio of the critical blade solar cross section (4X) to the turbine blade cross section + + 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the covering ratio critical material vertically downward by installing the turbine blade cross section (4X) 23 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the turbine blade cross section (4X) with 24 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) twice as much as the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) three times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 4 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 5 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 6 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine in 7 stages of turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 8 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 9 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) with 10 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 11 times the ratio serious substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 12 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 13 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 14 times ratio critical substance solar gravity acceleration generation power generation generating equipment generating blade all the way + increase ball lift device (2F) small diameter output increase sphere (2E) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 15 times the ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 16 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing 17 times the specific critical substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4X) 18 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade cross section (4X) 19 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 20 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the 21st ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross section (4X) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the multiple critical ratio solar power gravitational acceleration power generation turbines with 22 times the ratio of the critical blade solar cross section (4X) to the turbine blade cross section + + 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the covering ratio critical material vertically downward by installing the turbine blade cross section (4X) 23 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the turbine blade cross section (4X) with 24 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the multiple critical solar power gravitational acceleration power generation turbine of 25 times the ratio blade material cross section of turbine blade cross section (4X) 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) twice as much as the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) three times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 4 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 5 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) to 6 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine in 7 stages of turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 8 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 9 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) with 10 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 11 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 12 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 13 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 14 times ratio critical substance solar gravity acceleration generation power generation generating equipment generating blade all the way + increase ball lift device (2F) small diameter output increase sphere (2E) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 15 times the ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 16 times the ratio of the critical material solar gravity acceleration power generation generating power generation turbine blade all the way + increase ball lift device (2F) small diameter power increase ball (2E) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing 17 times the specific critical substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4X) 18 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade cross section (4X) 19 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 20 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by arranging the critical blade solar gravity acceleration power generation turbine with multiple stages of 21x ratio critical material solar gravitational acceleration power generation turbine with turbine blade section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the multiple critical ratio solar power gravitational acceleration power generation turbines with 22 times the ratio of the critical blade solar cross section (4X) to the turbine blade cross section + + 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the covering ratio critical material vertically downward by installing the turbine blade cross section (4X) 23 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the turbine blade cross section (4X) with 24 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the multiple critical solar power gravitational acceleration power generation turbine of 25 times the ratio blade material cross section of turbine blade cross section (4X) 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing multiple stages of ratio critical material solar gravitational acceleration power generation turbine with double turbine blade cross section (4X) + multistage electrification house + buildup ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) three times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 4 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 5 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) to 6 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 7 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 8 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) suction and acceleration vertically downward in vacuum configuration and method + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 9 times ratio critical material solar gravity acceleration power generation output increase sphere (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration is added to speed, etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in the vacuum direction to increase power generation. Various energy storage cycle coalescing engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 10 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration added to speed, etc. Acceleration vertically down + acceleration of heavy materials in vacuum direction Accelerated rolling contact to increase power output Various types of energy storage cycle coalescence engines with multiple rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for suctioning and accelerating a turbine blade cross-section (4X) 11 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combining engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 12 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) structure and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Gravity acceleration added to means speed etc. Various energy storage cycles of power generation method with multistage rotor blade gravity turbine provided in multiple stages aiming at increasing power generation by accelerating vertically downward + accelerating heavy material with impact reduction means (2G) Coalition agency. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 13 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) suction and acceleration vertically downward in vacuum configuration and method + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 14 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) suction and acceleration vertically downward in vacuum configuration and method + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration is added to speed, etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in the vacuum direction to increase power generation. Various energy storage cycle coalescing engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 15 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration added to speed, etc. Acceleration vertically down + acceleration of heavy materials in vacuum direction Accelerated rolling contact to increase power output Various types of energy storage cycle coalescence engines with multiple rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 16 times ratio critical material solar gravity acceleration power generation output increase sphere (2E) suction suction acceleration vertically downward with vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combining engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 17 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Gravity acceleration added to means speed etc. Various energy storage cycles of power generation method with multistage rotor blade gravity turbine provided in multiple stages aiming at increasing power generation by accelerating vertically downward + accelerating heavy material with impact reduction means (2G) Coalition agency. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) 18 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as + primed ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by arranging the critical material solar gravitational acceleration power generation turbine with multiple stages of 19 times ratio blade substance cross section (4X) of turbine blade + battery powered by various vessels such as 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 20 times ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4X) + multistage battery powered various vessels like this + boost ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) 21 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery-powered various ships and so on 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 22V ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4X) in multiple stages + battery-powered various ships and other kinds of ships + increasing ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) 23 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as storage + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) 24 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various ships such as storage + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) with 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various ships such as battery + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) twice as large as the ratio critical substance solar gravitational acceleration power generation turbine + multistage vessel powered by various batteries such as storage battery + 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) three times as large as the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as + buildup ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a four-fold ratio serious substance solar gravitational acceleration power generation turbine with 4 times the turbine blade cross section (4X) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with a ratio of five times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with a ratio of six times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) seven times as large as the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) with 8 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + battery powered by various vessels such as battery + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with 9 times ratio critical substance solar gravitational acceleration power generation turbine + multistage vessel powered by various batteries such as storage battery + augmented sphere lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) 10 times as large as the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) at a ratio of 11 times the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various ships like ship + augmented ball lifter ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery-powered various ships and so on 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) 13 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery-powered various ships and so on 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a four-fold ratio serious substance solar gravitational acceleration power generation turbine with 14 times the turbine blade cross section (4X) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with 15 times ratio critical substance solar gravitational acceleration power generation turbine + multistage ship powered by various batteries such as storage battery + augmented ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) with 16 times ratio critical substance solar gravitational acceleration power generation turbine + multistage ship powered by various batteries such as storage battery + 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing 17 times the ratio serious substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4X) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) 18 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as + primed ball lifter ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by arranging the critical material solar gravitational acceleration power generation turbine with multiple stages of 19 times ratio blade substance cross section (4X) of turbine blade + battery powered by various vessels such as 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 20 times ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4X) + multistage battery powered various vessels like this + boost ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) 21 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery-powered various ships and so on 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a 22V ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4X) in multiple stages + battery-powered various ships and other kinds of ships + increasing ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) 23 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various vessels such as storage + augmented ball lifter ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) 24 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various ships such as storage + augmented ball lifter ( 2F) Increase the small-diameter output increase ball (2E) together with the shock reduction means (2G) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. + Accelerate vertically downward + maximum power generation amount of the same water Various energy storage cycle combined engines with power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) with 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + battery powered by various ships such as battery + augmented ball lifter ( 2F) Increase the small-diameter output increase ball (2E) together with the shock reduction means (2G) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. + Accelerate vertically downward + maximum power generation amount of the same water Various energy storage cycle combined engines with power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross-section (4X) twice as large as the ratio critical substance solar gravitational acceleration power generation turbine + multistage vessel powered by various batteries such as storage battery + 2F) Increase the small-diameter output increase ball (2E) together with the shock reduction means (2G) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. + Accelerate vertically downward + maximum power generation amount of the same water Various energy storage cycle combined engines with power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a turbine blade cross section (4X) three times as large as the ratio critical substance solar gravitational acceleration power generation turbine + multistage storage battery driven various vessels such as + buildup ball lifter ( 2F) Increase the small-diameter output increase ball (2E) together with the shock reduction means (2G) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. + Accelerate vertically downward + maximum power generation amount of the same water Various energy storage cycle combined engines with power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a four-fold ratio serious substance solar gravitational acceleration power generation turbine with 4 times the turbine blade cross section (4X) + battery powered by various ships like ships + augmented sphere lifter ( 2F) Increase the small-diameter output increase ball (2E) together with the shock reduction means (2G) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. + Accelerate vertically downward + maximum power generation amount of the same water Various energy storage cycle combined engines with power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade section (4X) five times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) as heat Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Speed, air speed, impact reduction means Add gravity acceleration to speed, etc. Acceleration vertically downward + Specific critical material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation Various energy conservation of power generation method provided with multistage rotor blade gravity turbines in multiple stages Cycle coalescing agency. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross-section (4X) with a ratio of six times the ratio critical substance solar gravitational acceleration power generation turbine + thermal absorber (2B) heating internal air (28a) as thermal Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to speed, air speed, impact reduction means speed, etc. Acceleration vertically downward + acceleration of heavier materials in vacuum direction to increase power generation Various types of power generation methods with multistage rotor blade gravity turbines provided in multiple stages Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross-section (4X) seven times as large as a ratio critical substance solar gravitational acceleration power generation turbine + thermal absorption material (2B) heating internal air (28a) as thermal Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to speed, air speed, impact reduction means speed, etc. Various kinds of power generation methods provided with multistage vertical moving blade gravity turbines aimed at increasing power generation as vertical direction + acceleration of heavy material downward in vacuum direction + acceleration Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross-section (4X) with 8 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) as heat Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to speed, air speed, impact reduction means speed, etc. Vertically accelerated downward + heavier material as vacuum direction accelerated rolling contact to increase power generation with multiple rotor blade gravity turbines installed in multiple stages Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by providing a turbine blade cross-section (4X) with 9 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorption material (2B) heating internal air (28a) Pump (1G) suction compression heat recovery + increase ball rise device (2F) increase in drop + increase ball rise device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rise preservation use + water Gravity acceleration is added to speed, air speed, impact reduction means speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) A multistage rotor blade gravity turbine is installed in multiple stages aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) with 10 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 11 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing the turbine blade cross section (4X) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in 13 stages of turbine blade cross section (4X) 13 times in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 15 times the ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 16 times the ratio of the critical material solar gravity acceleration power generation generating power generation turbine blade all the way + increase ball lift device (2F) small diameter power increase ball (2E) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 17 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 18 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 19 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 20 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by arranging the critical blade solar gravity acceleration power generation turbine with multiple stages of 21x ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 22 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4X) 23 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 24 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by providing the multiple critical solar power gravitational acceleration power generation turbine of 25 times the ratio blade material cross section of turbine blade cross section (4X) 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing multiple stages of ratio critical material solar gravitational acceleration power generation turbine with double turbine blade cross section (4X) + multistage electrification house + buildup ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the specific critical material solar gravitational acceleration power generation turbine with 3 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine with four times the ratio of the critical material solar gravitational acceleration power generation turbine with 4 times the turbine blade cross section (4X) 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravity acceleration power generation turbine of 5 times the ratio of the critical material solar gravitational acceleration power generation turbine of 5 times the turbine blade cross section (4X) 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) to 6 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind prime + increase ball lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 7 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 8 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 9 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 11 times the ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing the turbine blade cross section (4X) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in 13 stages of turbine blade cross section (4X) 13 times in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 16 times the ratio of the critical material solar gravity acceleration power generation generating power generation turbine blade all the way + increase ball lift device (2F) small diameter power increase ball (2E) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 17 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 18 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 19 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 20 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by arranging the critical blade solar gravity acceleration power generation turbine with multiple stages of 21x ratio critical material solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 22 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4X) 23 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 24 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4X) 25 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing multiple stages of ratio critical material solar gravitational acceleration power generation turbine with double turbine blade cross section (4X) + multistage electrification house + buildup ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the specific critical material solar gravitational acceleration power generation turbine with 3 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine with four times the ratio of the critical material solar gravitational acceleration power generation turbine with 4 times the turbine blade cross section (4X) 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravity acceleration power generation turbine of 5 times the ratio of the critical material solar gravitational acceleration power generation turbine of 5 times the turbine blade cross section (4X) 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 6 times the ratio of the critical blade solar cross section (4X) to the multistage 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 7 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 8 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 9 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 11 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing the turbine blade cross section (4X) with 12 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in 13 stages of turbine blade cross section (4X) 13 times in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 17 times ratio critical material solar gravity acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 18 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 19 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 20 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 21 times ratio critical substance solar gravitational acceleration power generation generating power generating power generation turbine blade total + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G) ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 22 times the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4X) 23 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 24 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4X) 25 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing the turbine blade section (4X) twice as large as the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the specific critical material solar gravitational acceleration power generation turbine with 3 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine with four times the ratio of the critical material solar gravitational acceleration power generation turbine with 4 times the turbine blade cross section (4X) 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravity acceleration power generation turbine of 5 times the ratio of the critical material solar gravitational acceleration power generation turbine of 5 times the turbine blade cross section (4X) 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 6 times the ratio of the critical blade solar cross section (4X) to the multistage 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4X) seven times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball rising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 8 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 9 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 11 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 12 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in 13 stages of turbine blade cross section (4X) 13 times in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 17 times the ratio serious substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 18 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 19 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 20 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 21 times ratio critical substance solar gravitational acceleration power generation generating power generating power generation turbine blade total + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G) ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 22 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing a turbine blade section (4X) 23 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 24 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4X) 25 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing the turbine blade section (4X) twice as large as the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4X) three times as large as the critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine with four times the ratio of the critical material solar gravitational acceleration power generation turbine with 4 times the turbine blade cross section (4X) 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravity acceleration power generation turbine of 5 times the ratio of the critical material solar gravitational acceleration power generation turbine of 5 times the turbine blade cross section (4X) 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 6 times the ratio of the critical blade solar cross section (4X) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4X) seven times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball rising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4X) by 8 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 9 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 11 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 12 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 13 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multistage floating blade all-over type gravity turbine aiming at power generation increase by accelerating with means (2G). タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) 14 times a ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 17 times the ratio serious substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 18 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 19 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 20 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 21 times ratio critical substance solar gravitational acceleration power generation generating power generating power generation turbine blade total + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G) ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 22 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 23 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade cross section (4X) with 24 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4X) 25 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing the turbine blade section (4X) twice as large as the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4X) three times as large as the critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) four times with a specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the critical material solar gravity acceleration power generation turbine of 5 times the ratio of the critical material solar gravitational acceleration power generation turbine of 5 times the turbine blade cross section (4X) 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 6 times the ratio of the critical blade solar cross section (4X) to the multistage 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4X) seven times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball rising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4X) by 8 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) with 9 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 10 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 11 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 12 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 13 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 14 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward with gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multistage floating blade all-over type gravity turbine aiming at power generation increase by accelerating with means (2G). タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross-section (4X) with 15 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 17 times the ratio serious substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 18 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 20 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball raising device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 21 times ratio critical substance solar gravitational acceleration power generation generating power generating power generation turbine blade total + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G) ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 22 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 23 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 24 times the ratio critical material solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing a turbine blade section (4X) 25 times the specific critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing the turbine blade section (4X) twice as large as the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4X) three times as large as the critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) four times with a specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 5 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 6 times the ratio of the critical blade solar cross section (4X) in multiple stages + making a full electrification house prime + increasing ball raising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4X) seven times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball rising device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4X) by 8 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) with 9 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the turbine blade cross-section (4X) at 10 times ratio critical material solar gravity acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 11 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 12 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 13 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 14 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward with gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 15 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multistage floating blade all-over type gravity turbine aiming at power generation increase by accelerating with means (2G). タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 16 times the ratio serious substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 17 times the ratio serious substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 18 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a 20-fold ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 21 times ratio critical substance solar gravitational acceleration power generation generating power generating power generation turbine blade total + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G) ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 22 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 23 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 24 times the ratio critical material solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 25 times the ratio critical substance solar gravitational acceleration power generation generating power generating power generation turbine blade total + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method for accelerating the critical substance vertically downward by providing the turbine blade section (4X) twice as large as the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4X) three times as large as the critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) four times with a specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 5 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 6 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4X) seven times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball rising device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4X) by 8 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) with 9 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the turbine blade cross-section (4X) at 10 times ratio critical material solar gravity acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) with 11 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 12 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automotive kind of prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 13 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 14 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward with gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 15 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 16 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multistage floating blade all-over type gravity turbine aiming at power generation increase by accelerating with means (2G). タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 17 times the ratio serious substance solar gravitational acceleration power generation turbine with 17 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) with 18 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a turbine blade cross section (4X) 19 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a 20-fold ratio critical material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 21 times the ratio of the critical material solar gravitational acceleration power generation turbine with 21 times the turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 22 times ratio critical substance solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical materials in vacuum direction Acceleration power generation aiming at increasing amount of power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 23 times ratio critical substance solar gravitational acceleration power generation generating power generation generating power generation turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + A heavier material is accelerated in the vacuum direction to increase power generation by the vertical blade all blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Equipment method to make the turbine blade cross section (4X) 24 times the ratio critical material solar gravity acceleration power generation output generating turbine blade all + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Use gravity storage to increase the amount of water speed, air speed, shock reduction means speed etc. Acceleration vertically downward + Heavy material with vacuum direction accelerated rolling contact aiming at increasing power output of rotor blade all-over blade gravity turbine Various energy storage cycle combination engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) is 25 times the ratio critical substance solar gravitational acceleration power generation generating power generating power generation turbine blade total + small ball power increase ball (2E) with impact ball increase device (2F) impact reduction means (2G ) Gravity storage is used together with water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in rolling direction by vacuum direction aiming to increase the amount of power generation as a rotor blade gravity turbine Various energy storage cycles combined engine of power generation method provided in multiple stages. タービン翼断面（４Ｘ）を２倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) is twice as large as the specific material solar gravity acceleration power generation generating power generating power generation turbine blade method method + increase ball lift device (2F) small diameter power increase ball (2E) impact reduction means (2G ) Gravity acceleration is added to the water velocity, air velocity, shock reduction means speed etc. Vertical acceleration is accelerated downward + Heavy substance is accelerated with the shock reduction means (2 G) to increase power generation by vertical motion Various energy storage cycle combined engine of power generation method which provided blade gravity turbine in multiple stages. タービン翼断面（４Ｘ）を３倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing the turbine blade section (4X) three times as large as the critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc To add gravity acceleration Vertically accelerate downward + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbine installed in multiple stages. タービン翼断面（４Ｘ）を４倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) four times with a specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method with multistage rotor blade gravity turbine provided in multiple stages. タービン翼断面（４Ｘ）を５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 5 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact A variety of energy storage cycle combined engines of power generation method equipped with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を６倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by providing a turbine blade cross-section (4X) with 6 times ratio critical substance solar gravity acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Gravity acceleration is added vertically downward + acceleration of heavier materials in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with multistage rotor blade gravity turbines in multiple stages. タービン翼断面（４Ｘ）を７倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method of accelerating the critical substance vertically downward by providing the turbine blade cross section (4X) seven times with the specific critical material solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by combining various types of energy storage cycle engines with multistage vertical blade gravity turbines. タービン翼断面（４Ｘ）を８倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross-section (4X) by 8 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend and save + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + ratio critical substance in vacuum direction Various energy conservation cycle combined engines of power generation method that multistage rotor-type full blade gravity turbine is provided in multiple stages aiming to increase the amount of accelerated power generation. タービン翼断面（４Ｘ）を９倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) with 9 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method which is provided with multistage rotor-type all-blade gravity turbines aiming to increase power generation capacity by accelerating. タービン翼断面（４Ｘ）を１０倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by arranging the turbine blade cross-section (4X) at 10 times ratio critical material solar gravity acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Use small diameter power increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed and shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum direction acceleration Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming to increase power generation as rolling contact. タービン翼断面（４Ｘ）を１１倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by providing the turbine blade cross section (4X) with 11 times ratio critical material solar gravitational acceleration power generation turbine + multi-electrified house prime + augmented ball lift device ( 2F) Small-diameter power increase ball (2E) together with shock reduction means (2G) + save and use + water velocity, air speed, shock reduction means speed etc. add gravity acceleration vertically downward + heavier material in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１２倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical substance vertically downward by installing the turbine blade cross section (4X) 12 times the ratio critical material solar gravity acceleration power generation turbine in multiple stages + making the full electrification house prime + increasing ball raising device ( 2F) Using small diameter output increase ball (2E) with shock reduction means (2G) ascend + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock reduction means (2G) Various energy conservation cycle combined engines of power generation method with multiple rotor blade gravity turbines installed in multiple stages aiming at increasing power generation by accelerating with power generation. タービン翼断面（４Ｘ）を１３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 13 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter power increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Vertically accelerate downward + ratio critical substance in vacuum Various energy conservation cycle combined engines of power generation method that multistage vertical bladed all-blade gravity turbine is installed in multiple stages aiming at increasing directionally accelerated power generation. タービン翼断面（４Ｘ）を１４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 14 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward with gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method that multistage vertical bladed all moving blade gravity turbines are provided in multiple stages aiming at increasing power generation by direction acceleration. タービン翼断面（４Ｘ）を１５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross-section (4X) 15 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase ball lifter Use small-diameter output increase ball (2E) together with shock reduction means (2G) by (2F) + Gravity acceleration is added to water speed, air speed, shock reduction means speed etc. Vertical acceleration downward + heavy substance in vacuum direction Various energy conservation cycle combined engines of power generation method with multistage rotor-type all-blade gravity turbine installed in multiple stages aiming to increase power generation as accelerated rolling contact. タービン翼断面（４Ｘ）を１６倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) to 16 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + Vacuum heavier substance Various energy storage cycle combined engines of power generation method with multistage rotor-type full blade gravity turbine installed in multiple stages aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を１７倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 17 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind of prime + increase sphere lifter Use small-diameter output increase ball (2E) with (2F) ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction speed etc. Accelerate vertically downward + reduce heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with multi-stage all-blade gravity turbines of multi-blade type to accelerate power generation means to increase power generation with means (2G). タービン翼断面（４Ｘ）を１８倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 18 times ratio Critical material solar gravity acceleration power generation power output increase sphere (2E) structure and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を１９倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 19 times ratio critical material solar gravity acceleration power generation output increase sphere (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration is added to speed, etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in the vacuum direction to increase power generation. Various energy storage cycle coalescing engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２０倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 20 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration added to speed, etc. Acceleration vertically down + acceleration of heavy materials in vacuum direction Accelerated rolling contact to increase power output Various types of energy storage cycle coalescence engines with multiple rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２１倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 21 times ratio critical substance solar light gravity acceleration power generation output increase sphere (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combining engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２２倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 22 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) structure and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Gravity acceleration added to means speed etc. Various energy storage cycles of power generation method with multistage rotor blade gravity turbine provided in multiple stages aiming at increasing power generation by accelerating vertically downward + accelerating heavy material with impact reduction means (2G) Coalition agency. タービン翼断面（４Ｘ）を２３倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 23 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation A variety of energy storage cycle combined engines of power generation method with multistage rotor blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２４倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 24 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) suction suction acceleration vertically downward with vacuum + air tube air suction suction heat recovery high temperature water ( 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration is added to speed, etc. Vertical acceleration is accelerated downward + heavier materials are accelerated in the vacuum direction to increase power generation. Various energy storage cycle coalescing engines with multistage rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 25 times the ratio Critical material solar gravity acceleration power generation output increase sphere (2E) suction and acceleration vertically downward with vacuum + air tube air suction suction heat recovery heat water 52b) and compressed air (28a) respectively to drive the turbine + increase ball lifter (2F) to save small diameter output increase ball (2E) together with shock reduction means (2G) + use water speed, air speed and shock reduction Means: Gravity acceleration added to speed, etc. Acceleration vertically down + acceleration of heavy materials in vacuum direction Accelerated rolling contact to increase power output Various types of energy storage cycle coalescence engines with multiple rotor blade gravity turbines installed in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to the speed, etc. Acceleration vertically downward + heavier material as vacuum direction acceleration rolling contact Various energy saving cycles of the power generation method with one type of paddle-type all moving blade gravity turbine aiming at increased power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to speed etc. Acceleration vertically downward + acceleration of heavy substances with impact reduction means (2G) Various power generation methods provided with two stages of paddle-shaped full blade gravity turbine aiming at increased power generation Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 3 stages of vertical bladed all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines of power generation method that four vertical stages of floating blade all-over blade gravity turbines aim at power generation increase by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines with power generation method with 5-stage vertical bladed all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with six vertical stages of rotor blade gravity turbines aimed at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with seven vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with eight vertical stages of rotor type all blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with nine vertical stages of all-wing gravity turbines aimed at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 10 stages of vertical type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with 11 stages of vertical type all moving blades gravity turbine aiming at increase of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with 12 stages of vertical type all moving blades gravity turbine aiming at increase of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines with power generation method with 13 stages of vertical bladed all moving blades gravity turbine aiming at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines with power generation method with 14 stages of vertical bladed all moving blades gravity turbine aiming at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 15 stages of vertical bladed all moving blade gravity turbines aimed at increasing power generation by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 16 stages of vertical bladed all moving blades gravity turbine aiming at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method with 17 stages of vertical type all moving blades gravity turbine aiming at power generation increase by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines with power generation method with 18 stages of vertical bladed all-blade gravity turbines aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 19 stages of vertical bladed all blades gravity turbine aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 20 vertical stages of all-blade gravity turbines aimed at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines with power generation method with 21 stages of paddle-type all moving blade gravity turbines aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines with power generation method with 22 vertical stages of floating blade all-over type gravity turbine aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method equipped with 23 stages of paddle type all blade gravity turbine aiming at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method with 24 stages of paddle-type all moving blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 25 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method equipped with 26 stages of paddle type all moving blade gravity turbine aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method equipped with 27 vertical stages of rotor blade gravity turbines aimed at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 28 stages of vertical blade all turbine gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 29 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 30 vertical stages of floating blade all-blade gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 31 vertical stages of floating blade all-over type gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 32 stages of vertical bladed all blades gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy storage cycle combined engines with power generation method with 33 stages of vertical blades with all-wing gravity turbine aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy storage cycle combined engines with power generation method with 34 stages of vertical type all moving blades gravity turbine aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy storage cycle combined engines with power generation method with 35 stages of vertical blades with all-wing gravity turbine aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy storage cycle combined engines with power generation method with 36 stages of vertical blades with all-wing gravity turbine aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines with power generation method with 37 stages of vertical blades with all-wing gravity turbine aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + Specific critical materials in the vacuum direction Accelerated generation of power generation power generation method with 38 vertical stages of rotor blades Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + Acceleration of heavier materials in vacuum direction to increase power generation by generating 39 stages of vertical blade full blade gravity turbines provided with power generation How various energy conservation cycles coalesced agencies タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + heavy material in vacuum direction accelerated rolling contact to increase power generation by generating 40 generations of floating rotor blade gravity turbines in 40 stages How various energy conservation cycles coalesced agencies タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + Heavy weight material as vacuum direction accelerated rolling contact A rotary bladed gravity turbine is provided at 41 stages to increase power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + Acceleration of heavy material with impact reduction means (2 G) to achieve 42-stage vertical blade all-round gravity turbine aiming at increased power output Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downward + specific material in vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method equipped with 43 stages of paddle type all blade gravity turbine aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle combined engines of power generation method equipped with 44 stages of rotor type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 45 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engine of power generation method with 46 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method provided with 47 stages of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy conservation cycle combined engine of the power generation method provided in 48 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines with power generation method with 49 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation method with 50 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines with power generation method with 51 stages of gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engine of the power generation method which installed all the moving blade gravity turbine in 52 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downward + Specific material in vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method equipped with 53 types of rotor type all blade gravity turbine aiming at increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Acceleration of heavier materials in the vacuum direction to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 54 stages of paddle-type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 55 types of rotor type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of 56 generation stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of a power generation method provided with 57 types of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 58 stages of vertical type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines with power generation method with 59 vertical stages of floating blade all-blade gravity turbine aiming at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 60 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines of power generation method with 61 stages of vertical bladed all blade gravity turbines aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 62 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy conservation cycle combined engines of the power generation method provided with 63 vertical stages of rotor type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine in 64 stages aiming at power generation amount increase by vacuum direction acceleration. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with power generation method with 65 vertical stages of rotor blade gravity turbines aimed at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 66 vertical stages of rotor blade gravity turbines aimed at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 67 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with shock reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of the power generation rate Various energy conservation cycle combined engines of power generation method with power generation method equipped with 68 stages of paddle-type all blade gravity turbine aiming at increase of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method equipped with a row of all blade gravity turbines with 69 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 70 stages of vertical blade all gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engine of power generation method equipped with 71-stage vertical bladed gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method with 72 stages of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy storage cycle united engines of the power generation method provided at the 73rd stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines with power generation method with 74 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation method with 75 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines with power generation method with 76 stages of gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engine of the power generation method which installed all moving blade gravity turbine in 77 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Vertical acceleration + Specific critical material in the vacuum direction Acceleration of the power generation A variety of energy storage cycle combined engines of power generation method with power generation method equipped with 78 stages of paddle-type all blade gravity turbine aiming at increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration vertically downward + Acceleration of heavier materials in vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method equipped with 79 types of rotor type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 80 stages of paddle-type full blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method equipped with 81 type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of the power generation method with 82 stages of wing-type all moving blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 83 vertical stages of all-bladed gravity turbines aimed at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method which is provided with 84 vertical stages of floating blade all-blade gravity turbine aiming at power generation increase by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 85 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 86 stages of vertical bladed all blade gravity turbines aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 87 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy conservation cycle combined engines of the power generation method provided with 88 vertical stages of rotor type all moving blade gravity turbine aiming at increase of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 89 vertical stages of floating blade all type gravity turbine aiming at power generation increase by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with power generation method with 90 stages of vertical bladed all blade gravity turbines aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method equipped with 91 vertical stages of rotor blade gravity turbines aimed at increasing the amount of power generation by making the rolling direction contact in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 92 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with shock reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Vertical acceleration + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines with power generation method with 93 types of rotor type all blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle combined engines of power generation method provided with 94 stages of paddle type all blade gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method equipped with 95 stages of paddle-type full blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 96 stages of paddle type all blade gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method provided with 97 types of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy conservation cycle combined engine of the power generation method provided in 98 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines with power generation method with 99 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation method with 100 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engine of the power generation method which provided the gravity turbine in 101 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engine of the power generation method which installed all the moving blade gravity turbine in 102 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific material in vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method equipped with vertical blades with all blades gravity turbine aimed at 103 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration vertically downward + Acceleration of heavier materials in vacuum direction to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with a row of all blade gravity turbines in 104 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 105 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method equipped with 106 types of floating all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration with heavy load reduction means (2G) to increase power output Various energy storage cycles of power generation method with 107 type all blade wing gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 108 stages of vertical type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 109 vertical stages of floating blade all-blade gravity turbines aimed at increasing power generation by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 110 stages of vertical bladed all blades gravity turbine aiming at increasing power generation as direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method with 111 stages of vertical bladed all moving blades gravity turbine aiming at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of power generation method provided with 112 stages of floating all blade gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy conservation cycle combined engines of the power generation method provided with 113 vertical stages of rotor type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 114 vertical stages of floating blade all-blade gravity turbine aiming at power generation increase by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with power generation method with 115 stages of paddle-type all-blade gravity turbines aimed at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method provided with 116 stages of vertical bladed all-blade gravity turbine aiming at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 117 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating together with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of the amount of power generation Various energy conservation cycle combined engines of the power generation method combined with vertical stage all blade gravity turbine with 118 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle combined engines of power generation method with 119 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 120 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engine of power generation method equipped with one-stage all-blade gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method with two-stage vertical blade all-over gravity turbine Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy conservation cycle combined engine of the power generation method provided in 3 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines with power generation method with four stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engine of the power generation method which provided the turbine in 5 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines with power generation method equipped with six stages of gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engine of the power generation method which installed all the moving blade gravity turbines in 7 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific material in vacuum direction Acceleration of various power generation systems Various energy conservation cycle combined engines of power generation method equipped with 8 stages of paddle-type all blade gravity turbines aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method equipped with 9 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method provided with 10 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 11 stages of paddle-type full blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration of heavy materials downward with vertical acceleration + impact reduction means (2G) to accelerate power generation by various power saving methods of power generation method with 12 stages of wing type all moving blade gravity turbine Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with 13 stages of vertical type all moving blades gravity turbine aiming at increase of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines with power generation method with 14 stages of vertical bladed all moving blades gravity turbine aiming at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 15 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 16 stages of paddle-type all moving blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 17 vertical stages of rotor blade gravity turbines aiming to increase power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy conservation cycle combined engines of the power generation method provided with 18 stages of vertical type all moving blades gravity turbine aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 19 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines of power generation method with 20 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method with 21 stages of vertical bladed all blades gravity turbine aiming at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 22 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with shock reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method equipped with 23 stages of rotor type all blade gravity turbine aiming at increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration vertically downward + Acceleration of heavier materials in vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method equipped with 24 stages of rotor type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method provided with 25 stages of paddle-type full blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 26 stages of paddle-type full blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method provided with 27 stages of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy conservation cycle combined engine of the power generation method provided in 28 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines with power generation method with 29 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation method with 30 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines with power generation method with 31 stages of gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engines with power generation method with 32 stages of all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of the power generation rate Various energy conservation cycle combined engines of power generation method with power generation method equipped with 33 stages of floating wing all blade gravity turbine aiming at increase of power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle combined engines of power generation method equipped with 34 stages of paddle type all blade gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 35 types of floating all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle coalescence engines of 36 generation stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of the power generation method equipped with 37-stage vertical bladed gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with 38 stages of vertical type all moving blades gravity turbine aiming at increase of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method equipped with 39 vertical stages of floating blade all-blade gravity turbine aiming at power generation increase by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 40 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 41 stages of paddle-type all moving blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 42 stages of floating wing all blade gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy conservation cycle combined engines of the power generation method provided with 43 stages of vertical type all moving blades gravity turbine aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 44 stages of vertical type all moving blades gravity turbine aiming at power generation increase by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with power generation method with 45 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 46 stages of vertical blade all blade gravity turbine aiming at increase of power generation as vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 47 vertical stages of rotor blade gravity turbines aiming to increase power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of the power generation rate Various energy conservation cycle combined engines of power generation method with 48 stages of paddle-type all blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation capacity Various power conservation cycle combined engines of power generation method equipped with 49 types of floating all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 50 stages of paddle-type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of 51 generation stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method provided with 52 stages of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy conservation cycle combined engine of the power generation method provided in 53 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines with power generation method with 54 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation method with 55 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines with power generation method with 56 stages of gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engine of the power generation method which installed all the moving blade gravity turbine in 57 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of the power generation rate Various energy conservation cycle combined engines of power generation method equipped with 58 stages of paddle type all blade gravity turbines aiming at increase of electric power. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration vertically downward + Acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method equipped with 59 types of rotor type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 60 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines with 61 types of vertical blade all gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration of heavy materials downward with vertical acceleration + impact reduction means (2G) to accelerate power generation by various power saving method cycles of the power generation method provided with 62 stages of wing type all moving blade gravity turbine Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 63 vertical stages of rotor type all blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines with power generation method with 64 stages of vertical bladed all moving blade gravity turbines aimed at increasing power generation by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 65 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 66 stages of vertical bladed all blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 67 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy conservation cycle combined engines of the power generation method provided with 68 vertical stages of rotor type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 69 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of power generation method with 70 stages of vertical bladed all blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 71 vertical stages of rotor blade gravity turbines aiming to increase the amount of power generation by making the rolling direction contact in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 72 vertical stages of floating blade all-over type gravity turbine aiming at power generation increase by accelerating with shock reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Vertical acceleration + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method equipped with 73 types of rotor type all blade gravity turbine aiming at increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration vertically downward + Acceleration of heavier materials in vacuum direction to increase power generation capacity Various energy storage cycle combined engines of power generation method equipped with 74 types of rotor type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method provided with 75 stages of paddle type all blade gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with a floating all blade gravity turbine in 76 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method with 77-stage all-wing gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy conservation cycle combined engine of the power generation method provided in 78 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines with power generation method with 79 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation method with 80 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines with power generation method with 81 stages of gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engine of the power generation method which installed all the moving blade gravity turbine in 82 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific material in vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method equipped with 83 types of rotor type all blade gravity turbine aiming at increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle combined engines of power generation method provided with 84 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of 85 generation stages of paddle-type full blade gravity turbines provided in stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method provided with 86 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method provided with 87 types of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 88 vertical stages of rotor type all blades gravity turbine aiming at increase of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method with 89 stages of vertical bladed all moving blade gravity turbines aimed at increasing power generation by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 90 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 91 stages of vertical bladed all blades gravity turbine aiming at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 92 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy conservation cycle combined engines of the power generation method provided with 93 stages of vertical type all moving blades gravity turbine aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 94 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with power generation method with 95 stages of paddle-type all blade gravity turbines aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of power generation method which is equipped with 96 vertical stages of floating blade type all blade gravity turbine aiming at power generation increase as vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 97 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating together with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method equipped with 98 types of paddle-type all blade gravity turbines aiming at increasing power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle combined engines of power generation method with 99 stages of paddle-type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method with 100 types of paddle-type full blade gravity turbines provided at 100 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method equipped with 101 type all blade gravitational turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy material vertically downward + acceleration with heavy load reduction means (2G) to increase power output Various energy storage cycles of power generation method with 102 stages of paddle-type all moving blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy conservation cycle combined engine of the power generation method provided in 103 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engine of the power generation method which provided the turbine in 104 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engine of the power generation method which provided the turbine in 105 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines with power generation method with 106 stages of gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engine of the power generation method which installed all moving blade gravity turbine in 107 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific material in vacuum direction Acceleration of various power generation systems Various energy conservation cycle combined engines of power generation method with 108 stages of paddle-type all blade gravity turbines aimed at increase of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle engines of power generation method with 109 stages of paddle-type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 110 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method equipped with a paddle-type all blade gravity turbine in 111 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method provided with 112 stages of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 113 stages of vertical type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines with power generation method with 114 vertical stages of floating blade all-blade gravity turbine aiming at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 115 stages of paddle-type all blade gravity turbines aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 116 stages of paddle-type all-blade gravity turbines aimed at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 117 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with 118 stages of vertical type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 119 vertical stages of wing-type all moving blade gravity turbine aiming at power generation increase by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with power generation method with 120 stages of paddle-type all moving blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method provided with a single-stage all-blade gravity turbine on a single stage, aiming to increase the amount of power generation by accelerating in rolling direction in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine in 2 stages aiming at power generation increase by accelerating with the shock reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed, etc. Vertically accelerated + Specific critical materials in the vacuum direction Accelerated power generation A variety of energy storage cycle combined engines of power generation method equipped with three stages of paddle-type all blade gravity turbine aiming at increasing power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + heavier material in vacuum direction to accelerate power generation by increasing the amount of power generation organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to the speed, etc. Acceleration vertically down + acceleration of heavy material in vacuum direction acceleration rolling contact To increase power generation with various stages of power generation method of power generation method with 5-stage vertical blade gravity turbine organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to the speed, etc. Acceleration vertically downward + heavier material as vacuum direction acceleration rolling contact Various energy saving cycles of the power generation method equipped with six stages of paddle-type all moving blade gravity turbines aiming at increased power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration is added to the speed, etc. Acceleration of heavy materials vertically downward + acceleration of heavy substances with impact reduction means (2G) Various power generation methods provided with 7 stages of paddle-type full blade gravity turbine aiming at increased power generation Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed, etc. Vertically accelerated + Specific critical materials in the vacuum direction Accelerated power generation A variety of energy storage cycle combined engines of power generation method with 8-stage rotor-type all blade gravity turbine aimed at increasing power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to the speed, etc. Acceleration vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Various energy conservation cycle combination of power generation method provided with 9 stages of paddle type all blade gravity turbine organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavy materials in vacuum direction accelerated rolling contact to increase power output Various types of energy storage cycles of power generation method provided with 10 stages of paddle type all blade gravity turbine organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to the speed, etc. Acceleration vertically downward + heavier material as vacuum direction acceleration rolling contact Various energy saving cycles of the power generation method with 11 stages of paddle-type all blade gravity turbines aiming at increasing power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration is added to the speed, etc. Acceleration of heavy material vertically downward + acceleration with heavy impact impact means (2G) Various kinds of power generation methods provided with 12 stages of paddle-shaped full blade gravity turbine aiming at increased power generation Energy Conservation Cycle Coalition Agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with 13 stages of vertical type all moving blades gravity turbine aiming at increase of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines with power generation method with 14 stages of vertical bladed all moving blades gravity turbine aiming at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 15 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 16 stages of paddle-type all moving blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 17 vertical stages of rotor blade gravity turbines aiming to increase power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with 18 stages of vertical type all moving blades gravity turbine aiming at increase of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 19 vertical stages of rotor type all blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 20 vertical stages of all-wing gravity turbines aimed at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 21 stages of vertical type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method with 22 stages of vertical type all moving blade gravity turbine aiming at increase of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method with 23 stages of vertical bladed all moving blade gravity turbines aimed at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method which is provided with 24 stages of vertical type all moving blade gravity turbine aiming at power generation increase by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 25 stages of vertical bladed all moving blade gravity turbines aimed at increasing power generation by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method equipped with 26 stages of vertical type all moving blades gravity turbine aiming at power generation increase by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method equipped with 27 vertical stages of floating blade all-blade gravity turbine aiming at power generation increase by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines with power generation method with 28 stages of vertical bladed all blades gravity turbine aiming at increasing power generation as direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines with power generation method with 29 stages of paddle-type all moving blades gravity turbine aiming at increasing power generation as direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines with power generation method with 30 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines with power generation method with 31 stages of paddle-type all moving blade gravity turbines aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 32-stage vertical blade all gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 33 stages of vertical bladed all blade gravity turbines aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 34 stages of paddle-type all moving blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines with power generation method with 35 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method with 36 stages of vertical bladed all moving blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines with power generation method with 37 stages of vertical bladed all blade gravity turbines aimed at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 38 vertical stages of floating blade all type gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 39 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 40 vertical stages of floating blade all-over type gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 41 vertical stages of rotor blade gravity turbines aiming at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 42 stages of floating wing all blade gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy storage cycle combined engines with power generation method with 43 stages of vertical blades with all-wing gravity turbine aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy storage cycle combined engines with power generation method with 44 stages of vertical blades with all-wing gravity turbine aiming at the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy storage cycle combined engines with power generation method with 45 stages of vertical blades with all-wing gravity turbine aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy storage cycle combined engines with power generation method with 46 stages of vertical blades with all-wing gravity turbine aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy storage cycle combined engines with power generation method with 47 stages of vertical blades with all-wing gravity turbine aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + Specific critical materials in the vacuum direction Accelerated generation of power generation power generation method with 48 vertical stages of floating blade gravity turbines provided Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Acceleration vertically downward + Acceleration of heavier materials in vacuum direction to increase power generation by power generation with 49 stages of rotor blade gravity turbines provided How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + Heavy material in vacuum direction accelerated rolling contact to increase power generation with 50 stages of vertical bladed gravity turbines installed at 50 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + heavier material as vacuum direction accelerated rolling contact A row of all-bladed gravity turbines with 51 stages aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically downward downward + Acceleration of heavy material with impact reduction means (2 G) to increase power generation by 52 stages of rotor blade gravity turbines Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downward + Specific material in vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method equipped with 53 types of rotor type all blade gravity turbine aiming at increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Acceleration of heavier materials in the vacuum direction to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 54 stages of paddle-type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 55 types of rotor type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of 56 generation stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of a power generation method provided with 57 types of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy conservation cycle combined engine of the power generation method provided in 58 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines with power generation method with 59 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation method with 60 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines with power generation method with 61 stages of gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engine of the power generation method which provided all the moving blade gravity turbine in 62 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downward + Specific material in vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method equipped with 63 types of rotor type all blade gravity turbine aiming at increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Acceleration of heavier materials in the vacuum direction to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 64-stage floating blade all-over type gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method with 65 types of rotor type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method equipped with 66 stages of paddle type all blade gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of the power generation method provided with 67 types of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 68 stages of vertical bladed all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method which is equipped with 69 vertical stages of rotor blade gravity turbines aiming at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines with power generation method with 70 stages of vertical bladed all blades gravity turbine aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines with power generation method with 71 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 72 stages of vertical bladed all-blade gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy conservation cycle combined engines of the power generation method provided with 73 vertical stages of rotor type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 74 vertical stages of floating blade all-blade gravity turbine aiming at power generation increase by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with power generation method with 75 stages of paddle-type all blade gravity turbines aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 76 stages of vertical bladed all moving blades gravity turbine aiming at increase of electric power generation as vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 77 vertical stages of rotor blade gravity turbines aiming to increase power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Vertical acceleration + Specific critical material in the vacuum direction Acceleration of the power generation A variety of energy storage cycle combined engines of power generation method with power generation method equipped with 78 stages of paddle-type all blade gravity turbine aiming at increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration vertically downward + Acceleration of heavier materials in vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method equipped with 79 types of rotor type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 80 stages of paddle-type full blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method equipped with 81 type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of the power generation method with 82 stages of wing-type all moving blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy conservation cycle combined engine of the power generation method provided in 83 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines with power generation method with 84 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation method with 85 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines with power generation method with 86 stages of gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engines with power generation method with 87 blades of all moving blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of various power generation systems Various energy conservation cycle combined engines of power generation method with 88 types of rotor type all blade gravity turbines aimed at increase of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle engines of 89 generation stages of paddle-type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 90 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + heavier material in vacuum direction accelerating rolling contact to increase power generation with various power saving cycle engines with various types of power generation methods with 91 types of rotor type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method provided with 92 types of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 93 stages of vertical type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 94 vertical stages of floating blade all-blade gravity turbines aimed at increasing power generation by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 95 vertical stages of floating blade all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 96 stages of paddle-type all moving blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 97 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy conservation cycle combined engines of power generation method provided with 98 vertical stages of rotor type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine in 99 stages aiming at power generation amount increase by vacuum direction acceleration. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with power generation method with 100 stages of paddle-type all-blade gravity turbines aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method that is equipped with 101 vertical stages of floating blade all-blade gravity turbines aiming at increasing the amount of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 102 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific material in vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method equipped with vertical blades with all blades gravity turbine aimed at 103 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration vertically downward + Acceleration of heavier materials in vacuum direction to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with a row of all blade gravity turbines in 104 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 105 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of power generation method equipped with 106 types of floating all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration with heavy load reduction means (2G) to increase power output Various energy storage cycles of power generation method with 107 type all blade wing gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy conservation cycle combined engine of power generation method provided in 108 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engine of the power generation method which provided the turbine in 109 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engine of the power generation method which provided the turbine in 110 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engine of the power generation method which provided the gravity turbine in 111 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engine of the power generation method which installed all moving blade gravity turbine in 112 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific material in vacuum direction Acceleration of various power generation engines Various types of energy storage cycle combined engines with power generation method with 113 stages of paddle-type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration vertically downward + Acceleration of heavier materials in the vacuum direction to increase power generation by various types of energy storage cycle combined engines of power generation method equipped with 114 types of rotor type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 115 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 116 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of the power generation method with 117 stages of paddle-type all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 118 vertical stages of rotor type all blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 119 stages of vertical bladed all moving blade gravity turbines aimed at increasing power generation by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 120 stages of vertical bladed all-blade gravity turbines aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with one type of paddle-type all-blade gravity turbine aimed at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with two stages of vertical blade all turbine gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy storage cycle combined engines of the power generation method provided with three stages of vertical type all moving blade gravity turbine aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 4 stages of vertical type all moving blade gravity turbine aiming at power generation increase by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with power generation method with 5-stage vertical bladed all-blade gravity turbines aimed at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method provided with six vertical stages of rotor blade gravity turbines aimed at increasing the amount of power generation by making the rolling direction contact in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with seven vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific material in vacuum direction Acceleration of various power generation systems Various energy conservation cycle combined engines of power generation method equipped with 8 stages of paddle-type all blade gravity turbines aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method equipped with 9 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method provided with 10 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 11 stages of paddle-type full blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration of heavy materials downward with vertical acceleration + impact reduction means (2G) to accelerate power generation by various power saving methods of power generation method with 12 stages of wing type all moving blade gravity turbine Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy conservation cycle combined engine of the power generation method provided in 13 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines with power generation method with 14 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation method with 15 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines with power generation method with 16 stages of gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engine of the power generation method which installed all moving blade gravity turbines in 17 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific material in vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method with 18 stages of paddle-type all blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration vertically downward + Acceleration of heavier materials in vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method equipped with 19 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 20 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 21 stages of paddle type all blade gravity turbine provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power output Various energy storage cycles of power generation method provided with 22 stages of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 23 stages of vertical type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method which is provided with 24 stages of vertical type all moving blade gravity turbine aiming at power generation increase by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 25 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method equipped with 26 stages of paddle type all moving blade gravity turbine aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 27 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy conservation cycle combined engines of the power generation method provided with 28 stages of vertical type all moving blades gravity turbine aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 29 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines of power generation method with 30 stages of vertical bladed all blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method equipped with 31 stages of vertical type all moving blades gravity turbine aiming at increase of electric power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of power generation method provided with 32 stages of vertical blade all turbine gravity turbine aiming at power generation increase by accelerating with shock reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of the power generation rate Various energy conservation cycle combined engines of power generation method with power generation method equipped with 33 stages of floating wing all blade gravity turbine aiming at increase of power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle combined engines of power generation method equipped with 34 stages of paddle type all blade gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 35 types of floating all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle coalescence engines of 36 generation stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of the power generation method equipped with 37-stage vertical bladed gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy conservation cycle combined engine of the power generation method provided in 38 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines with power generation method with 39 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation method with 40 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engine of the power generation method which provided the gravity turbine in 41 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engines with power generation method with 42 stages of all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downward + specific material in vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method equipped with 43 stages of paddle type all blade gravity turbine aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle combined engines of power generation method equipped with 44 stages of rotor type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 45 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engine of power generation method with 46 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method provided with 47 stages of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 48 stages of vertical type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method which is equipped with 49 vertical stages of wing-type all blade gravity turbine aiming at power generation increase by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 50 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines with power generation method with 51 stages of paddle-type all moving blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 52 stages of floating type all blade gravity turbine aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy conservation cycle combined engines of the power generation method provided with 53 stages of vertical type all moving blades gravity turbine aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 54 stages of vertical bladed all moving blades gravity turbine aiming at power generation increase by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with power generation method with 55 stages of vertical bladed all blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of power generation method with 56 stages of vertical bladed all blades gravity turbine aiming at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 57 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of the power generation rate Various energy conservation cycle combined engines of power generation method equipped with 58 stages of paddle type all blade gravity turbines aiming at increase of electric power. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration vertically downward + Acceleration of heavier materials in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method equipped with 59 types of rotor type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 60 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines with 61 types of vertical blade all gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration of heavy materials downward with vertical acceleration + impact reduction means (2G) to accelerate power generation by various power saving method cycles of the power generation method provided with 62 stages of wing type all moving blade gravity turbine Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy conservation cycle combined engine of the power generation method provided in 63 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines with power generation method with 64 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation method with 65 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines with power generation method with 66 stages of gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engine of the power generation method which installed all the moving blade gravity turbine in 67 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of the power generation rate Various energy conservation cycle combined engines of power generation method with power generation method equipped with 68 stages of paddle-type all blade gravity turbine aiming at increase of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation capacity Various energy conservation cycle combined engines of power generation method equipped with a row of all blade gravity turbines with 69 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 70 stages of vertical blade all gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engine of power generation method equipped with 71-stage vertical bladed gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method with 72 stages of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 73 vertical stages of all-wing gravity turbines aimed at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 74 stages of vertical bladed all moving blades gravity turbine aiming at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 75 stages of vertical bladed all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 76 stages of vertical bladed all blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 77 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy conservation cycle combined engines of the power generation method provided with 78 vertical stages of rotor type all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 79 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with power generation method with 80 stages of vertical bladed all blade gravity turbines aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method with 81 stages of paddle-type all moving blades gravity turbine aiming at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 82 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific material in vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines of power generation method equipped with 83 types of rotor type all blade gravity turbine aiming at increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle combined engines of power generation method provided with 84 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engines of 85 generation stages of paddle-type full blade gravity turbines provided in stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method provided with 86 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method provided with 87 types of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy storage cycle combination engine of the power generation method provided in 88 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines with power generation method with 89 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation method with 90 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engine of the power generation method which provided the gravity turbine in 91 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engine of the power generation method which installed all the moving blade gravity turbine in 92 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Vertical acceleration + Specific critical materials in the vacuum direction Acceleration of power generation A variety of energy storage cycle combined engines with power generation method with 93 types of rotor type all blade gravity turbines aimed at increasing power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle combined engines of power generation method provided with 94 stages of paddle type all blade gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method equipped with 95 stages of paddle-type full blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 96 stages of paddle type all blade gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method provided with 97 types of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 98 vertical stages of all-wing gravity turbines aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with 99 stages of paddle type all moving blades gravity turbine aiming at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines with power generation method with 100 vertical stages of floating blade all-blade gravity turbines aimed at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines with power generation method with 101 stages of paddle-type all-blade gravity turbines aimed at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 102 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy conservation cycle combined engines of the power generation method which is provided with 103 stages of vertical type all moving blades gravity turbine aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 104 vertical stages of floating blade all-blade gravity turbine aiming at power generation increase by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle combined engines with power generation method with 105 stages of paddle-type all moving blades gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method provided with 106 vertical stages of rotor blade gravity turbines aimed at increasing the amount of power generation as vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 107 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating together with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific material in vacuum direction Acceleration of various power generation systems Various energy conservation cycle combined engines of power generation method with 108 stages of paddle-type all blade gravity turbines aimed at increase of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle engines of power generation method with 109 stages of paddle-type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method with 110 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle engines of power generation method equipped with a paddle-type all blade gravity turbine in 111 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method provided with 112 stages of floating all blade gravity turbines Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerate downward + Specific material for vacuum direction Acceleration power generation of rotor blade all blade gravity turbine aimed at increase Various energy storage cycle united engines of the power generation method provided in 113 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engine of the power generation method which provided the turbine in 114 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines with power generation method with 115 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines with power generation method with 116 stages of gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engine of the power generation method which installed all moving blade gravity turbine in 117 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Acceleration of gravity, etc. Acceleration of vertically downwards + Specific critical materials in the vacuum direction Acceleration of the amount of power generation Various energy conservation cycle combined engines of the power generation method combined with vertical stage all blade gravity turbine with 118 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Heavier materials are accelerated in the vacuum direction to increase power generation by various types of energy storage cycle combined engines of power generation method with 119 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation A variety of energy storage cycle combined engines of power generation method equipped with 120 stages of paddle type all blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact to increase power generation with various types of energy storage cycle combined engine of power generation method equipped with one-stage all-blade gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials vertically downward + acceleration of heavy materials with impact reduction means (2G) to increase power generation Various energy storage cycles of power generation method with two-stage vertical blade all-over gravity turbine Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines with power generation method with 3 stages of vertical bladed all moving blades gravity turbine aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines of power generation method that four vertical stages of floating blade all-over blade gravity turbines aim at power generation increase by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines with power generation method with 5-stage vertical bladed all-blade gravity turbines aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle combined engines with power generation method with six vertical stages of rotor blade gravity turbines aimed at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with seven vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance The various energy storage cycle combined engines of the power generation method which set the vertical type all moving blade gravity turbine in eight stages aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance The various energy storage cycle combined engines of the power generation method provided with 9 vertical stages of floating blade all-blade gravity turbine aiming at power generation increase by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of power generation method with 10 stages of vertical bladed all moving blade gravity turbines aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method provided with 11 stages of vertical bladed all moving blades gravity turbine aiming at increase of power generation amount as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 12 vertical stages of rotor blade gravity turbines aimed at increasing power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Uplift and use with shock reduction means (2G) + Gravity acceleration added to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + Specific material aiming at vacuum power generation to increase the amount of power generation Various energy storage cycle combined engines of the power generation method in which a gravity turbine and a generator are provided in 13 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Uplift and use with shock reduction means (2 G) + Gravity acceleration added to water speed, air speed and shock reduction speed etc. Vertical acceleration downward + acceleration of heavier substances in vacuum direction to aim at increasing power generation capacity Various energy storage cycle combined engines of the power generation method which installed the rotor blade gravity turbine and generator with thrust bearings, bearings, and a turbine outer case (77a) in 14 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Uplift and use with shock reduction means (2G) + Gravity acceleration added to water speed, air speed and shock reduction speed etc. Vertical acceleration downward + Heavy material for vacuum direction accelerated rolling contact to aim at increasing power output Various energy storage cycle combined engines of the power generation method which installed the rotor blade gravity turbine and generator in 15 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Uplift and use with shock reduction means (2G) + Gravity acceleration added to water speed, air speed, shock reduction means speed etc. Vertically accelerated downward + heavier material aiming at increased power generation as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of power generation method in which all blades gravity turbine and generator are provided in 16 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Use ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy materials with shock reduction means (2G) to increase power generation Various energy conservation cycle combined engines of power generation method which aimed at the paddle type all moving blade gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 17 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Added gravity acceleration Vertically downward + specific material in the vacuum direction Accelerated generation of power generating wing All rotor blade gravity turbine and generator were installed in 18 stages along with thrust bearings, bearings and turbine outer box (77a) Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically accelerate downward + Accelerate heavier materials in vacuum direction to increase power generation Vertical type rotor blade Gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 19 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically downward + acceleration of heavy materials in vacuum direction Accelerated rolling contact to increase power generation Axle-type all rotor gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 20 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically downward + acceleration heavier material in vacuum direction Acceleration rolling contact to increase power generation Axle-type all blade gravity turbine and generator with 21 stages of thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically accelerate downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and a turbine outer case (77a) The various energy preservation cycle united engines of the power generation method provided in 22 stages with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Additional gravity acceleration Vertical downward acceleration + specific material in the vacuum direction Accelerated generation of power generating wing All rotor blades Gravity turbines and generators are provided in 23 stages with thrust bearings, bearings and turbine outer box (77a) Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically accelerate downward + Accelerate heavier materials in the vacuum direction to increase power generation With a total blade gravity turbine and generator in 24 stages along with thrust bearings, bearings, and a turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically downward + acceleration of heavy materials in the vacuum direction Acceleration rolling contact to increase power output Vertical type rotor blade Gravity turbine and generator in 25 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically accelerate downward + heavier material in vacuum direction Accelerate rolling contact to increase power generation 26-stage vertical rotor blade gravity turbine and generator along with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically accelerate downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and a turbine outer case (77a) The various energy preservation cycle united engines of the power generation method provided in 27 stages with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 28 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 29 stages of paddle type all moving blade gravity turbine and generator aiming at electric power generation increase by accelerating in vacuum direction along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction rolling contact are provided in 30 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method including a paddle type all moving blade gravity turbine and generator aiming at increasing power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings, and a turbine outer box (77a) in 31 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 32 stages of paddle type all moving blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) together with thrust bearing, bearing and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 33 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 34 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 35 stages together with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 36 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 37 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method which is provided with 38 stages of vertical type all moving blade gravity turbine and generator aiming at power generation increase by thrust direction and bearings and bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 39 stages of paddle type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 40 stages with thrust bearings, bearings, and turbine outer box (77a) aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 41 stages with thrust bearings, bearings, and a turbine outer box (77a) to accelerate power generation amount increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 42 stages of paddle type all moving blade gravity turbine and generator aiming at increase of power generation by vacuum direction and thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation as direction rolling contact are provided in 43 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 44 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 45 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation amount as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 46 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 47 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material A variety of energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 48 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 49 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 50 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method including a paddle type all moving blade gravity turbine and generator aiming at increasing power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings, and a turbine outer box (77a) in 51 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact are provided at 52 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 53 stages with the thrust bearings, bearings, and the turbine outer box (77a) with the vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 54 stages of vertical-type all moving-blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 55 stages of vertical bearings all blades gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method that the floating type all moving blade gravity turbine and generator aim at acceleration of power generation by acceleration with reduction means (2G) and thrust bearings, bearings and turbine outer box (77a) in 56 stages organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which provided 57 vertical stages with the thrust bearings, bearings, and the turbine outer box (77a), and all the rotor blade gravity turbines and generators aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which set the vertical type all moving blade gravity turbine and generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 58 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method where the rotor type all moving blade gravity turbine aiming at the amount of power generation and the generator are provided in 59 stages with the thrust bearings, bearings, and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which is provided with vertical type full blade gravity turbine and power generator aiming at the amount of power generation in 60 stages with thrust bearings, bearings, and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which is provided with 61 types of vertical bearings full blade gravity turbine and power generator aiming at the amount of power generation along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and power generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 62 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, impact reduction means velocity etc. Vertically accelerated downward + Specific critical material in vacuum direction Accelerated power generation Vertical blade All-over blade gravity turbine and generator Thrust bearings and bearings and bearings Various energy storage cycle combined engines of the power generation method provided in 63 stages with the turbine case (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, impact reduction means velocity, etc. Vertical acceleration downward + Acceleration of heavier materials in vacuum direction to increase power generation by vertical blade full thrust blade gravity turbine and generator thrust bearings or Various energy storage cycle combined engines with power generation method provided in 64 stages with bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, impact reduction means velocity, etc. Vertical acceleration is accelerated downward + Heavy material is accelerated in the vacuum direction and rolling contact. Various energy storage cycle combined engines with power generation method provided in 65 stages with bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + heavier material as vacuum direction accelerated rolling contact Vertical shaft full blade gravity turbine aiming at power output increase and thrust bearing thruster Energy storage cycle combined engine of power generation method provided in 66 stages with bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically downward downward + Acceleration of heavy material with impact reduction means (2G) Vertical blade full blade gravity turbine and generator aimed at increasing power output The various energy storage cycle combined engines of the power generation method provided in 67 stages with the thrust bearings and bearings and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 68 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 69 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials to vacuum direction accelerating rolling contact, and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 70 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) The various energy storage cycle united engines of the power generation method provided at the 71st stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 72 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times ratio critical substance Photovoltaic gravity acceleration power generation generating facility power generation generating turbine blade all + power increasing ball (2E) to accelerate to a small diameter + water velocity, air velocity and impact Reduction means Add gravity acceleration to speed etc. Vertically accelerate downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation of rotor blade gravity turbine and generator together with thrust bearing, bearing and turbine outer case (77a) 73 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times ratio critical substance Photovoltaic gravity acceleration power generation generating facility power generation generating turbine blade all + power increasing ball (2E) to accelerate to a small diameter + water velocity, air velocity and impact Reduction means Add gravity acceleration to speed etc. Vertically accelerate downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all rotor gravity turbine and generator for thrust bearings, bearings and turbine outer case (77a) The various energy preservation cycle united engines of the power generation method provided in 74 stages with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times ratio critical substance Photovoltaic gravity acceleration power generation generating facility power generation generating turbine blade all + power increasing ball (2E) to accelerate to a small diameter + water velocity, air velocity and impact Reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + Accelerate heavy materials in vacuum direction Accelerate rolling contact, and aim at increasing power generation with a rotor blade Gravity turbine and generator Thrust bearings, bearings and turbine outer box (77a) The various energy preservation cycle united engines of the power generation method provided in 75 stages with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times ratio critical substance Photovoltaic gravity acceleration power generation generating facility power generation generating turbine blade all + power increasing ball (2E) to accelerate to a small diameter + water velocity, air velocity and impact Reduction means Gravity acceleration added to speed etc. Vertically accelerate downward + heavier material in vacuum direction Acceleration rolling contact, aiming at power generation increase by using rotor thruster bearing, bearing, turbine outer case (77a Energy storage cycle united engine of the power generation method provided in 76 stages with). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋出力増大球（２Ｅ）を小径として加速する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times ratio critical substance Photovoltaic gravity acceleration power generation generating facility power generation generating turbine blade all + power increasing ball (2E) to accelerate to a small diameter + water velocity, air velocity and impact Reduction means Add gravity acceleration to speed etc. Acceleration vertically downward + acceleration of heavy material with impact reduction means (2G) to increase power generation by using a wing-type all moving blade gravity turbine and generator for thrust bearings, bearings and turbine outside Energy storage cycle combined engine of the power generation method provided in 77 stages with the box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages and accelerating turbine with the power increase sphere (2E) as a small diameter Drive + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Ratio critical materials Vacuum direction acceleration Power generation of wing-shaped all-rotor gravity turbine and generator for thrust bearing Various energy storage cycle combined engines with power generation method provided in 78 stages with bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages and accelerating turbine with the power increase sphere (2E) as a small diameter Drive + Add gravity acceleration to water velocity, air velocity, impact reduction means velocity, etc. Accelerate vertically downward + Propulsion of a rotor-type all-blade gravity turbine and generator aiming at increasing power generation by accelerating heavier materials in vacuum direction Various energy storage cycle combined engines with power generation method provided in 79 stages with bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages and accelerating turbine with the power increase sphere (2E) as a small diameter Drive + Add gravity acceleration to water velocity, air velocity, impact reduction means velocity etc. Accelerate vertically downward + Promote acceleration of heavy materials with vacuum direction acceleration rolling contact Thrust type rotor blade gravity turbine and generator aiming at increase of output Various energy storage cycle combined engines of power generation method provided in 80 stages with bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages and accelerating turbine with the power increase sphere (2E) as a small diameter Drive + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity, etc. Accelerate vertically downward + Vacuum heavier material as vacuum direction accelerated rolling contact Vertical blade full blade gravity turbine and generator aiming at increased power generation Various energy storage cycle combined engines of power generation method provided in 81 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋出力増大球（２Ｅ）を小径として加速タービン駆動する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages and accelerating turbine with the power increase sphere (2E) as a small diameter Drive + Add gravity acceleration to water velocity, air velocity, impact reduction means velocity etc. Vertically accelerate downward + Accelerate heavy material with impact reduction means (2G) Vertical blade full blade gravity turbine aiming at power generation increase and Various energy conservation cycle combined engines of the power generation method provided with generator in 82 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation in 83 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 84 stages of paddle type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation amount as direction rolling contact and thrust bearing and bearings and turbine outer box (77a) are provided in 85 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 86 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 87 vertical stages of rotor type all blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum power generation are provided in 88 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method which provided 89 vertical stages with thrust bearings, bearings, and a turbine outer box (77a) by using a paddle type all moving blade gravity turbine and generator aiming at increasing power generation amount by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 90 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method including 91 vertical stages with thrust bearings, bearings, and a turbine outer box (77a), which is a paddle type all moving blade gravity turbine aiming at increasing the amount of power generation by accelerating rolling contact in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat type all moving blade gravity turbine and a generator are formed in 92 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer case (77a) in 93 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 94 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a rotor type all blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 95 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross-section (4X) + heat absorbing material (2B) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 96 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 97 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 98 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 99 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 100 stages with the thrust bearing, the bearing and the turbine case (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method provided with a gravity turbine and a generator in 101 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of power generation method which installed all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer box (77a) in 102 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation of all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer case (77a) to 103 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 104 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 105 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle united engines of the power generation method provided in 106 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) and various energy conservation cycle combined engines of the power generation method provided in the 107th stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of vacuum direction acceleration power generation together with thrust bearings, bearings and turbine outer box (77a) in 108 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator for acceleration of the vacuum direction are aimed to increase power generation amount together with thrust bearings, bearings and turbine outer box (77a) in 109 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation amount as direction rolling contact with thrust bearings, bearings and turbine outer box (77a) are provided in 110 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method including a floating all blade gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact and a generator with thrust bearings, bearings and a turbine outer box (77a) in 111 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 112 stages of floating type all blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) and thrust bearing, bearing and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 113 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator are provided in 114 stages together with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 115 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method which is provided with 116 vertical stages with thrust bearings, bearings, and a turbine outer box (77a), and paddle type all moving blades gravity turbine aiming at increasing power generation as vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all moving blade gravity turbine and a generator are formed in 117 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + specific critical material in vacuum direction Accelerated generation of power generating wing All blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 118 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 119 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials in vacuum direction and accelerate rolling contact, and aim at increasing power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 120 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in one stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in two stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines with power generation method in which the generator is provided in 3 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method in which the turbine and generator are provided in four stages along with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method in which the turbine and generator are provided in 5 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which a gravity turbine and a generator are provided in six stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method which installed all the moving blade gravity turbines and generators in 7 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all blade gravity turbine and generator in 8 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 9 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 10 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy preservation cycle united engines of the power generation method provided in 11 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 12 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 13 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 14 stages with thrust bearings, bearings, and a turbine outer box (77a) aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing the amount of power generation as directional rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 15 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of a power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings, and turbine outer box (77a) are provided in 16 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 17 vertical stages of thruster, bearing, bearing and turbine outer box (77a) with vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle coalescing engines of power generation method in which the vertical type all moving blade gravity turbine and generator aim at increasing the amount of vacuum direction acceleration power generation and which are provided in 18 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 19 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact are provided in 20 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aim at increasing power generation as vacuum direction accelerated rolling contact and provided with thrust bearings, bearings and turbine outer box (77a) in 21 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method where 22 stages of vertical-type all-wing gravity turbines and generators with thrust bearings, bearings, and a turbine outer box (77a) are provided to accelerate power generation with acceleration by impact reduction means (2G) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator in 23 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 24 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 25 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 26 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 27 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 28 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of the power generation method provided with a turbine and a generator in 29 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 30 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 31 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of power generation method which installed all the moving blade gravity turbines and generators in 32 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator in 33 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 34 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings, and turbine outer case (77a) Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 36 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy storage cycles combined engine of the power generation method provided in 37 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 38 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 39 stages of paddle type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 40 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 41 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 42 stages with the thrust bearings, bearings, and the turbine outer box (77a) with the vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which the vertical type all moving blade gravity turbine and generator aim at increasing the amount of vacuum direction accelerated power generation with thrust bearings, bearings and turbine outer box (77a) in 43 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 44 stages together with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing and bearings and turbine outer box (77a) are provided in 45 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 46 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all moving blade gravity turbine and a generator are formed in 47 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all blade gravity turbine and generator in 48 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 49 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material in vacuum direction accelerating rolling contact Vertical type rotor blade gravity turbine aiming at increasing power generation and generator along with thrust bearings, bearings and turbine outer case (77a) 50 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 51 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 52 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines of the power generation method provided with a generator in 53 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of the power generation method provided with a turbine and a generator in 54 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method provided with the turbine and generator in 55 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 56 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of power generation method which installed all the moving blade gravity turbine and generator in 57 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in vacuum direction Acceleration of rotor power generation All-in-one blade gravity turbine and generator aim at 58 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 59 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 60 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 61 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 62 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 63 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 64 stages with thrust bearings, bearings, and turbine outer box (77a) aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing the amount of power generation as directional rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 65 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 66 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which installed the vertical type all moving blade gravity turbine and generator aiming at increase of power generation with reduction means (2G) and thrust bearing, bearing and turbine outer box (77a) in 67 stages organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle coalescing engines of power generation method in which the vertical type all moving blade gravity turbine and generator aim at increasing the amount of vacuum direction acceleration power generation and which are provided in 68 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator are installed in 69 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 70 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method which is provided with 71 vertical stages with thrust bearings, bearings, and a turbine outer box (77a), and a paddle type all moving blade gravity turbine aiming at increasing the amount of power generation as vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all-blade gravity turbine and a generator are formed in 72 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing the amount of power generation of all blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 73 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 74 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a rotor type all blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 75 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 76 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engine of the power generation method provided in 77 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 78 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 79 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines of the power generation method provided with the turbine and generator in 80 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method provided with gravity turbine and generator in 81 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method in which all blades gravity turbine and generator are provided in 82 stages along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation of all blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 83 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 84 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 85 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 86 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 87 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation in 88 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided in 89 stages with the thrust bearings, bearings, and the turbine outer box (77a), with vertical type all blade gravitational turbine and generator aiming at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 90 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 91 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 92 types of vertical bearings all blades gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum power generation are provided in 93 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 94 stages together with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type rotor blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact are provided in 95 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various types of energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing electric power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) in 96 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat type all moving blade gravity turbine and a generator are formed in 97 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer case (77a) in 98 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 99 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 100 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in the 101st stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 102 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines of the power generation method provided with generator in 103 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of the power generation method provided with the turbine and generator in 104 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in the 105 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 106 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method where all the moving blade gravity turbines and generators are provided in 107 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator in 108 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 109 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 110 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle united engines of the power generation method provided in 111 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 112 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with 113 stages of thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which the vertical type all moving blade gravity turbine and generator for acceleration of the vacuum direction are aimed to increase power generation amount with 114 stages of thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing power generation as directional rolling contact and thrust bearings, bearings, and turbine outer box (77a) are provided in 115 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearings and turbine outer box (77a) are provided in 116 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method provided with 117 vertical stages of the rotor blade gravity turbine and generator to accelerate the power generation amount increase by reducing means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle coalescing engines of power generation method in which the vertical type all moving blade gravity turbine and generator aim at increasing the amount of vacuum direction acceleration power generation and which are provided in 118 stages along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation by vacuum direction and are provided in 119 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance A variety of energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 120 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) in one stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a wing-type all-blade gravity turbine and a generator are aimed at increasing power generation by acceleration with impact reduction means (2G) and two stages of thrust bearings, bearings, and a turbine outer box (77a) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator in 3 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 4 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 5 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Energy storage cycle combination engine of the power generation method provided in six stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 7 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method provided with a generator in 8 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of power generation method in which the turbine and generator are provided in 9 stages along with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 10 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which a gravity turbine and generator are provided in 11 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of power generation method which installed all the moving blade gravity turbines and generators in 12 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 13 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 14 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 15 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided in 16 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 17 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy preservation cycle combined engines of power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 18 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method which is provided with vertical type all moving blade gravity turbine and generator that aim at power generation amount increase with thrust bearings, bearings and turbine outer box (77a) in 19 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing power generation as directional rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 20 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 21 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 22 stages of floating type all blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) and thrust bearing, bearing and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 23 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which the vertical type all moving blades gravity turbine and generator are provided in 24 stages with thrust bearings, bearings, and a turbine outer box (77a) to accelerate the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which the vertical blade all turbine gravity turbine and generator aim at increasing power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) in 25 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which the rotor type all moving blade gravity turbine and generator aim at increasing the amount of power generation as vacuum direction accelerating rolling contact and provided with thrust bearings, bearings and turbine outer box (77a) in 26 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a wing-type all-blade gravity turbine and a generator are aimed in 27 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means Add gravity acceleration vertically downward + accelerate critical materials to increase the amount of vacuum power Various energy conservation cycle combined engines of the power generation method in which the floating type all blade gravity turbine and generator are provided in 28 stages together with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means add gravity acceleration vertically downward + accelerate heavier materials in vacuum direction to increase power generation Various energy conservation cycle combined engines of the power generation method in which the rotor type all moving blade gravity turbine and the generator are provided in 29 stages along with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use + water gravity, air speed and shock reduction speed add gravity acceleration vertically downward + increase heavy power as vacuum rolling direction rolling contact with heavy material Various energy storage cycle coalescing engines of power generation method in which a wing type all moving blade gravity turbine and a generator are provided in 30 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means speed etc. add gravity acceleration vertically downward + heavier material as vacuum direction accelerated rolling contact power generation amount Various energy conservation cycle combined engines of the power generation method which installed the floating type all moving blade gravity turbine and generator aiming at increase with the thrust bearing, the bearing and the turbine outer box (77a) in 31 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use the ball (2E) together with the shock reduction means (2G) and store + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward + accelerate heavy substance with shock reduction means (2G) Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at the increase of electric power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 32 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means Add gravity acceleration vertically downward + accelerate critical materials to increase the amount of vacuum power Various energy conservation cycle combined engines of power generation method which provided the floating type all blade gravity turbine and generator with thrust bearings, bearings, and turbine outer box (77a) in 33 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means add gravity acceleration vertically downward + accelerate heavier materials in vacuum direction to increase power generation Various energy conservation cycle combined engines of the power generation method which provided the floating type all moving blade gravity turbine and the generator with thrust bearings, bearings, and a turbine outer box (77a) aiming at four stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use + water gravity, air speed and shock reduction speed add gravity acceleration vertically downward + increase heavy power as vacuum rolling direction rolling contact with heavy material Various energy conservation cycle combined engines of the power generation method in which the wing type all moving blade gravity turbine and the generator are provided in 35 stages together with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means speed etc. add gravity acceleration vertically downward + heavier material as vacuum direction accelerated rolling contact power generation amount Various energy conservation cycle combined engines of the power generation method in which the wing type all moving blade gravity turbine and generator aiming at increase are provided in 36 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use the ball (2E) together with the shock reduction means (2G) and store + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward + accelerate heavy substance with shock reduction means (2G) Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator aiming at the power generation increase together with the thrust bearings, bearings and the turbine outer box (77a) in 37 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 38 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 39 stages of paddle type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 40 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 41 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 42 stages with the thrust bearings, bearings, and the turbine outer box (77a) with the vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which is provided with 43 stages of vertical type all moving blade gravity turbine and generator aiming at increase of vacuum direction accelerated power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which is provided with 44 stages of paddle type all moving blade gravity turbine and generator aiming at increase of vacuum direction accelerated power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method where the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 45 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 46 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with 47 stages of thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method which is provided with 48 stages of floating type all moving blades gravity turbine and generator aiming at increasing power generation by vacuum direction with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator that aims at power generation amount increase with thrust bearing, bearing and turbine outer box (49a) in 49 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator are installed in 50 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 51 stages of paddle type all moving blade gravity turbine and generator aiming at electric power generation increase by accelerating in vacuum direction along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method with 52 stages of paddle-type all moving blades gravity turbine and generator aiming at increasing power generation by accelerating in vacuum direction along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing and bearings and turbine outer box (77a) are provided in 53 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 54 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation amount as direction rolling contact are provided in 55 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 56 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 57 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearings and turbine outer box (77a) are provided in 58 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing power generation as vacuum rolling contact and rolling contact are provided in 59 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of a power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 60 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method including 61 vertical stages of thruster bearings, bearings, and a turbine outer box (77a) equipped with vertical-type all-moving-blade gravity turbines and generators aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method which is provided with 62 stages of paddle-type all moving blades gravity turbine and generator aiming at increasing electric power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 63 stages with the thrust bearings, bearings, and the turbine outer box (77a) with the rotor type all blade gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 64-step all-blade gravity turbine and generator with thrust bearing, bearing and turbine outer box (77a) which accelerates with power reduction means (2G) to increase power generation organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 65 stages with the thrust bearings, bearings, and the turbine outer box (77a) with the vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 66 vertical stages of the rotor type all blade gravity turbine and generator aiming at the power generation increase by accelerating with reduction means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which installed the vertical type all moving blade gravity turbine and generator aiming at increase of power generation with reduction means (2G) and thrust bearing, bearing and turbine outer box (77a) in 67 stages organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and the generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 68 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which is provided with vertical type all moving blade gravity turbine and power generator aiming at the amount of power generation in 69 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and power generator aiming at the amount of power generation in 70 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 71 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 72 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) With heat pump (1G) suction compression heat recovery + increase ball rise device (2F) raise as much as possible + increase ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) Uplift storage Use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity etc. Acceleration vertically downward + Specific critical substance Vacuum direction acceleration Power generation of thrusting all-wing blade gravity turbine and generator thruster Various energy storage cycle combined engines with power generation method provided in 73 stages with bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) With heat pump (1G) suction compression heat recovery + increase ball rise device (2F) raise as much as possible + increase ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) Uplift and storage use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Acceleration of heavier materials in vacuum direction to aim at increase of electric power generation Vertical blade full blade gravity turbine and generator The various energy storage cycle combined engines of the power generation method provided in 74 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) With heat pump (1G) suction compression heat recovery + increase ball rise device (2F) raise as much as possible + increase ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) Uplift and storage use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + Heavy material in vacuum direction accelerated rolling contact Vertical blade full blade gravity turbine and generator aimed at increased power generation The various energy storage cycle combined engines of power generation method provided in 75 stages with thrust bearings and bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) With heat pump (1G) suction compression heat recovery + increase ball rise device (2F) raise as much as possible + increase ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) Uplift and storage use + Gravity acceleration added to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerated downward + heavier material as vacuum direction accelerated rolling contact Vertical blade all blades Gravity turbine aiming at power generation increase and power generation Various energy conservation cycle combined engines of the power generation method which installed the machine in 76 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) With heat pump (1G) suction compression heat recovery + increase ball rise device (2F) raise as much as possible + increase ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) Lift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2G) to aim at increasing power output Various energy storage cycle combined engines of the power generation method which installed the turbine and the generator in 77 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All blades Gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 78 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 79 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate acceleration of heavy materials with vacuum direction accelerated rolling contact, and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 80 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 81 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 82 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method provided with generator in 83 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method provided with the turbine and generator in 84 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 85 stages with the thrust bearing, the bearing and the turbine case (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method which provided gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 86 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy preservation cycle combined engines of power generation method which installed all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer box (77a) in 87 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing the amount of power generation All rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 88 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 89 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials to vacuum direction acceleration rolling contact, and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 90 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 91 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 92 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 93 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 94 stages with thrust bearings, bearings, and a turbine outer box (77a) to accelerate power generation amount increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as directional rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 95 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing and bearings and turbine outer box (77a) are provided in 96 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 97 vertical stages of rotor blade gravity turbines and generators that accelerate with the reduction means (2G) to increase power generation with thrust bearings, bearings, and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 98 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 99 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 100 stages with the thrust bearing, the bearing and the turbine case (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method provided with a gravity turbine and a generator in 101 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of power generation method which installed all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer box (77a) in 102 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation of all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer case (77a) to 103 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 104 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 105 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle united engines of the power generation method provided in 106 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) and various energy conservation cycle combined engines of the power generation method provided in the 107th stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of vacuum direction acceleration power generation together with thrust bearings, bearings and turbine outer box (77a) in 108 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator for acceleration of the vacuum direction are aimed to increase power generation amount together with thrust bearings, bearings and turbine outer box (77a) in 109 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation amount as direction rolling contact with thrust bearings, bearings and turbine outer box (77a) are provided in 110 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method including a floating all blade gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact and a generator with thrust bearings, bearings and a turbine outer box (77a) in 111 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 112 stages of floating type all blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) and thrust bearing, bearing and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 113 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator are provided in 114 stages together with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 115 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method which is provided with 116 vertical stages with thrust bearings, bearings, and a turbine outer box (77a), and paddle type all moving blades gravity turbine aiming at increasing power generation as vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all moving blade gravity turbine and a generator are formed in 117 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + specific critical material in vacuum direction Accelerated generation of power generating wing All blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 118 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 119 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials in vacuum direction and accelerate rolling contact, and aim at increasing power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 120 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in one stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in two stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines with power generation method in which the generator is provided in 3 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method in which the turbine and generator are provided in four stages along with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method in which the turbine and generator are provided in 5 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which a gravity turbine and a generator are provided in six stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method which installed all the moving blade gravity turbines and generators in 7 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all blade gravity turbine and generator in 8 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 9 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 10 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy preservation cycle united engines of the power generation method provided in 11 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 12 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 13 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 14 stages with thrust bearings, bearings, and a turbine outer box (77a) aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing the amount of power generation as directional rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 15 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of a power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings, and turbine outer box (77a) are provided in 16 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 17 vertical stages of thruster, bearing, bearing and turbine outer box (77a) with vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle coalescing engines of power generation method in which the vertical type all moving blade gravity turbine and generator aim at increasing the amount of vacuum direction acceleration power generation and which are provided in 18 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 19 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact are provided in 20 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aim at increasing power generation as vacuum direction accelerated rolling contact and provided with thrust bearings, bearings and turbine outer box (77a) in 21 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method where 22 stages of vertical-type all-wing gravity turbines and generators with thrust bearings, bearings, and a turbine outer box (77a) are provided to accelerate power generation with acceleration by impact reduction means (2G) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator in 23 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 24 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 25 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 26 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 27 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 28 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of the power generation method provided with a turbine and a generator in 29 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 30 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 31 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of power generation method which installed all the moving blade gravity turbines and generators in 32 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator in 33 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 34 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings, and turbine outer case (77a) Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 36 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy storage cycles combined engine of the power generation method provided in 37 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 38 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 39 stages of paddle type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 40 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 41 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 42 stages with the thrust bearings, bearings, and the turbine outer box (77a) with the vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which the vertical type all moving blade gravity turbine and generator aim at increasing the amount of vacuum direction accelerated power generation with thrust bearings, bearings and turbine outer box (77a) in 43 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 44 stages together with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing and bearings and turbine outer box (77a) are provided in 45 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 46 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all moving blade gravity turbine and a generator are formed in 47 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all blade gravity turbine and generator in 48 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 49 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material in vacuum direction accelerating rolling contact Vertical type rotor blade gravity turbine aiming at increasing power generation and generator along with thrust bearings, bearings and turbine outer case (77a) 50 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 51 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 52 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines of the power generation method provided with a generator in 53 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of the power generation method provided with a turbine and a generator in 54 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method provided with the turbine and generator in 55 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 56 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of power generation method which installed all the moving blade gravity turbine and generator in 57 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in vacuum direction Acceleration of rotor power generation All-in-one blade gravity turbine and generator aim at 58 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 59 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 60 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 61 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 62 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 63 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 64 stages with thrust bearings, bearings, and turbine outer box (77a) aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing the amount of power generation as directional rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 65 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 66 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which installed the vertical type all moving blade gravity turbine and generator aiming at increase of power generation with reduction means (2G) and thrust bearing, bearing and turbine outer box (77a) in 67 stages organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle coalescing engines of power generation method in which the vertical type all moving blade gravity turbine and generator aim at increasing the amount of vacuum direction acceleration power generation and which are provided in 68 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator are installed in 69 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 70 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method which is provided with 71 vertical stages with thrust bearings, bearings, and a turbine outer box (77a), and a paddle type all moving blade gravity turbine aiming at increasing the amount of power generation as vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all-blade gravity turbine and a generator are formed in 72 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing the amount of power generation of all blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 73 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 74 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a rotor type all blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 75 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 76 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engine of the power generation method provided in 77 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 78 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 79 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines of the power generation method provided with the turbine and generator in 80 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method provided with gravity turbine and generator in 81 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method in which all blades gravity turbine and generator are provided in 82 stages along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation of all blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 83 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 84 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 85 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 86 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 87 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation in 88 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided in 89 stages with the thrust bearings, bearings, and the turbine outer box (77a), with vertical type all blade gravitational turbine and generator aiming at increasing power generation by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 90 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 91 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 92 types of vertical bearings all blades gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum power generation are provided in 93 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 94 stages together with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type rotor blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact are provided in 95 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various types of energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing electric power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) in 96 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat type all moving blade gravity turbine and a generator are formed in 97 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer case (77a) in 98 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 99 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 100 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in the 101st stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 102 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines of the power generation method provided with generator in 103 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of the power generation method provided with the turbine and generator in 104 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in the 105 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 106 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method where all the moving blade gravity turbines and generators are provided in 107 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator in 108 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 109 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 110 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle united engines of the power generation method provided in 111 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 112 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with 113 stages of thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which the vertical type all moving blade gravity turbine and generator for acceleration of the vacuum direction are aimed to increase power generation amount with 114 stages of thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing power generation as directional rolling contact and thrust bearings, bearings, and turbine outer box (77a) are provided in 115 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearings and turbine outer box (77a) are provided in 116 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method provided with 117 vertical stages of the rotor blade gravity turbine and generator to accelerate the power generation amount increase by reducing means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle coalescing engines of power generation method in which the vertical type all moving blade gravity turbine and generator aim at increasing the amount of vacuum direction acceleration power generation and which are provided in 118 stages along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation by vacuum direction and are provided in 119 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance A variety of energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 120 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) in one stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a wing-type all-blade gravity turbine and a generator are aimed at increasing power generation by acceleration with impact reduction means (2G) and two stages of thrust bearings, bearings, and a turbine outer box (77a) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator in 3 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 4 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 5 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Energy storage cycle combination engine of the power generation method provided in six stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 7 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method provided with a generator in 8 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of power generation method in which the turbine and generator are provided in 9 stages along with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 10 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which a gravity turbine and generator are provided in 11 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of power generation method which installed all the moving blade gravity turbines and generators in 12 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 13 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 14 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 15 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided in 16 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 17 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy preservation cycle combined engines of power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 18 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method which is provided with vertical type all moving blade gravity turbine and generator that aim at power generation amount increase with thrust bearings, bearings and turbine outer box (77a) in 19 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing power generation as directional rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 20 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 21 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 22 stages of floating type all blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) and thrust bearing, bearing and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 23 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which the vertical type all moving blades gravity turbine and generator are provided in 24 stages with thrust bearings, bearings, and a turbine outer box (77a) to accelerate the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which the vertical blade all turbine gravity turbine and generator aim at increasing power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) in 25 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which the rotor type all moving blade gravity turbine and generator aim at increasing the amount of power generation as vacuum direction accelerating rolling contact and provided with thrust bearings, bearings and turbine outer box (77a) in 26 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a wing-type all-blade gravity turbine and a generator are aimed in 27 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Specific critical material in vacuum direction Acceleration of rotor power generation All-in-one blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 28 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed etc. Vertically accelerate downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator for thrust bearings, bearings, and turbine outer box (77a Energy storage cycle combined engine of the power generation method provided in 29 stages with). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed, etc. Vertically accelerate downward + Accelerate heavy materials in vacuum direction Accelerate rolling contact Vertical type rotor blade Gravity turbine and generator Thrust bearings, bearings, turbine outer box (77a ) Various energy conservation cycle combined engine of power generation method provided in 30 stages with). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to the speed, etc. Vertically accelerated downward + heavier material in vacuum direction Accelerated rolling contact to increase power generation by using a wing-type all moving blade gravity turbine and generator for thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 31 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to speed etc. Vertically downward + Acceleration of heavy material with impact impact reduction means (2G) to increase power generation by using a wing-type full blade gravity turbine and generator with thrust bearings, bearings and turbines Various energy storage cycle combined engine of the power generation method provided in 32 stages with the outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Specific critical material in vacuum direction Acceleration of rotor power generation All-in-one blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 33 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed etc. Vertically accelerate downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator for thrust bearings, bearings, and turbine outer box (77a Energy storage cycle combined engine of the power generation method provided in 34 stages with). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed, etc. Vertically accelerate downward + Accelerate heavy materials in vacuum direction Accelerate rolling contact Vertical type rotor blade Gravity turbine and generator Thrust bearings, bearings, turbine outer box (77a The various energy conservation cycle combined engine of the power generation method provided in 35 stages with). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to the speed, etc. Vertically accelerated downward + heavier material in vacuum direction Accelerated rolling contact to increase power generation by using a wing-type all moving blade gravity turbine and generator for thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 36 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to speed etc. Vertically downward + Acceleration of heavy material with impact impact reduction means (2G) to increase power generation by using a wing-type full blade gravity turbine and generator with thrust bearings, bearings and turbines Energy storage cycle combined engine of the power generation method provided in 37 stages with the outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 38 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 39 stages of paddle type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 40 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 41 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 42 stages with the thrust bearings, bearings, and the turbine outer box (77a) with the vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which is provided with 43 stages of vertical type all moving blade gravity turbine and generator aiming at increase of vacuum direction accelerated power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which is provided with 44 stages of paddle type all moving blade gravity turbine and generator aiming at increase of vacuum direction accelerated power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method where the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 45 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 46 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with 47 stages of thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method which is provided with 48 stages of floating type all moving blades gravity turbine and generator aiming at increasing power generation by vacuum direction with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator that aims at power generation amount increase with thrust bearing, bearing and turbine outer box (49a) in 49 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator are installed in 50 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 51 stages of paddle type all moving blade gravity turbine and generator aiming at electric power generation increase by accelerating in vacuum direction along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method with 52 stages of paddle-type all moving blades gravity turbine and generator aiming at increasing power generation by accelerating in vacuum direction along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing and bearings and turbine outer box (77a) are provided in 53 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 54 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation amount as direction rolling contact are provided in 55 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 56 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 57 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearings and turbine outer box (77a) are provided in 58 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing power generation as vacuum rolling contact and rolling contact are provided in 59 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of a power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 60 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method including 61 vertical stages of thruster bearings, bearings, and a turbine outer box (77a) equipped with vertical-type all-moving-blade gravity turbines and generators aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method which is provided with 62 stages of paddle-type all moving blades gravity turbine and generator aiming at increasing electric power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 63 stages with the thrust bearings, bearings, and the turbine outer box (77a) with the rotor type all blade gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 64-step all-blade gravity turbine and generator with thrust bearing, bearing and turbine outer box (77a) which accelerates with power reduction means (2G) to increase power generation organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 65 stages with the thrust bearings, bearings, and the turbine outer box (77a) with the vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 66 vertical stages of the rotor type all blade gravity turbine and generator aiming at the power generation increase by accelerating with reduction means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which installed the vertical type all moving blade gravity turbine and generator aiming at increase of power generation with reduction means (2G) and thrust bearing, bearing and turbine outer box (77a) in 67 stages organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and the generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 68 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which is provided with vertical type all moving blade gravity turbine and power generator aiming at the amount of power generation in 69 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and power generator aiming at the amount of power generation in 70 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 71 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 72 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, impact reduction means velocity etc. Vertically accelerated downward + Specific critical material in vacuum direction Accelerated power generation Vertical blade All-over blade gravity turbine and generator Thrust bearings and bearings and bearings Various energy conservation cycle combined engines of the power generation method provided in 73 stages with the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, impact reduction means velocity, etc. Vertical acceleration downward + Acceleration of heavier materials in vacuum direction to increase power generation by vertical blade full thrust blade gravity turbine and generator thrust bearings or Various energy storage cycle combined engines of the power generation method provided in 74 stages with bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, impact reduction means velocity, etc. Vertical acceleration is accelerated downward + Heavy material is accelerated in the vacuum direction and rolling contact. Various energy storage cycle combined engines with power generation method provided in 75 stages with bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + heavier material as vacuum direction accelerated rolling contact Vertical shaft full blade gravity turbine aiming at power output increase and thrust bearing thruster And energy storage cycle combined engines of the power generation method provided in 76 stages with bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically downward downward + Acceleration of heavy material with impact reduction means (2G) Vertical blade full blade gravity turbine and generator aimed at increasing power output The various energy storage cycle combined engines of the power generation method provided in 77 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All blades Gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 78 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 79 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate acceleration of heavy materials with vacuum direction accelerated rolling contact, and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 80 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 81 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 82 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method provided with generator in 83 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method provided with the turbine and generator in 84 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 85 stages with the thrust bearing, the bearing and the turbine case (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method which provided gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 86 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy preservation cycle combined engines of power generation method which installed all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer box (77a) in 87 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing the amount of power generation All rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 88 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 89 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials to vacuum direction acceleration rolling contact, and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 90 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 91 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 92 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 93 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 94 stages with thrust bearings, bearings, and a turbine outer box (77a) to accelerate power generation amount increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as directional rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 95 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing and bearings and turbine outer box (77a) are provided in 96 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 97 vertical stages of rotor blade gravity turbines and generators that accelerate with the reduction means (2G) to increase power generation with thrust bearings, bearings, and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at the vacuum direction acceleration power generation increase with the thrust bearing, the bearing and the turbine outer box (77a) in 98 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation amount by providing in 99 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines with a power generation method in which a paddle type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as vacuum direction accelerated rolling contact and a thrust bearing, bearings, and a turbine outer box (77a) are provided in 100 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various types of energy storage cycle coalescing engines of power generation method in which the rotor type all moving blade gravity turbine and generator aim at increasing the amount of power generation as vacuum direction accelerating rolling contact and thruster bearing, bearing and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of the power generation method in which the rotor type all moving blade gravity turbine and generator that accelerate with the impact reduction means (2G) and aim at increase of power generation are provided in 102 stages with thrust bearings, bearings and turbine outer box (77a) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation of all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer case (77a) to 103 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 104 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 105 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle united engines of the power generation method provided in 106 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) and various energy conservation cycle combined engines of the power generation method provided in the 107th stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines of the power generation method provided with generator in 108 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method provided with a turbine and a generator in 109 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 110 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method which provided gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 111 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method in which all the moving blade gravity turbines and generators are provided in 112 stages together with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 113 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 114 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 115 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle united engines of the power generation method provided in 116 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 117 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 118 stages with the thrust bearing, bearing and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which provided the vertical type all blade gravity turbine and the power generator aiming at the power generation amount increase with the thrust bearing, the bearing, and the turbine outer box (77a) in 119 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines with a power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing the amount of power generation as directional rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 120 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearing, and turbine outer box (77a) are provided in one stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with a vertical type all moving blade gravity turbine and generator aiming at an increase in power generation by reduction means (2G) and two stages of thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum power generation are provided in 3 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 4 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact are provided in 5 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in six stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all-blade gravity turbine and a generator are aimed in 7 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all blade gravity turbine and generator in 8 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 9 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 10 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy preservation cycle united engines of the power generation method provided in 11 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 12 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 13 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of the power generation method provided with a turbine and a generator in 14 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines of the power generation method which installed the turbine and the generator in 15 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 16 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engines of the power generation method which installed all the moving blade gravity turbines and generators in 17 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator in 18 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator along with thrust bearings, bearings and turbine outer case (77a) 19 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials in vacuum direction accelerating rolling contact and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 20 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 21 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 22 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 23 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbines and generators for accelerating power generation are aimed at 24 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 25 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 26 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 27 stages with the thrust bearings, bearings, and the turbine outer box (77a), and the rotor type all blade gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 28 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 29 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 30 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method including a paddle type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as a vacuum direction accelerating rolling contact and a thrust bearing, bearings and a turbine outer box (77a) in 31 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all-blade gravity turbine and a generator are formed in 32 stages with thrust bearings, bearings, and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator in 33 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 34 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings, and turbine outer case (77a) Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 36 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy storage cycles combined engine of the power generation method provided in 37 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 38 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 39 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 40 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 41 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method in which all blades gravity turbines and generators are provided in 42 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 43 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings, and a turbine outer case (77a) Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 45 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 46 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 47 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 48 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator that aims at power generation amount increase with thrust bearing, bearing and turbine outer box (49a) in 49 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing power generation as direction rolling contact are provided in 50 stages with thrust bearings, bearings, and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method including a paddle type all moving blade gravity turbine and generator aiming at increasing power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings, and a turbine outer box (77a) in 51 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 52 stages of paddle type all moving blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) with thrust bearing, bearing and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of power generation in vacuum direction are provided in 53 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 54 stages together with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact are provided in 55 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 56 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a vertical blade with all blades gravity turbine and generator are installed in 57 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in vacuum direction Acceleration of rotor power generation All-in-one blade gravity turbine and generator aim at 58 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 59 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 60 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 61 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 62 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines with power generation method in which the generator is provided in 63 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 64 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method provided with the turbine and generator in 65 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method which provided the gravity turbine and the generator in 66 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method which installed all the moving blade gravity turbines and generators in 67 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 68 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 69 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials to vacuum direction accelerating rolling contact, and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 70 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) The various energy storage cycle united engines of the power generation method provided at the 71st stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 72 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which is provided with 73 vertical stages of rotor type all moving blade gravity turbine and generator aiming at increase of vacuum direction accelerated power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 74 stages of floating type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 75 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 76 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 77 stages with the thrust bearings, bearings, and the turbine outer box (77a) with the vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 78 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator are installed in 79 stages along with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 80 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method which is provided with 81 vertical stages with thrust bearings, bearings, and a turbine outer box (77a), and a paddle type all moving blade gravity turbine aiming at increasing the amount of power generation as a vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat type all moving blade gravity turbine and a generator are formed in 82 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation of all blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 83 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 84 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 85 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 86 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 87 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines with power generation method in which the generator is provided in 88 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 89 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and generator in the 90 stages with thrust bearings, bearings, and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method provided with gravity turbine and generator in 91 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method in which all blades gravity turbine and generator are provided in 92 stages along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer case (77a) in 93 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 94 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a rotor type all blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 95 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 96 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 97 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method which is provided with vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with 98 stages of thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method which is provided in 99 stages with thrust bearings, bearings, and a turbine outer box (77a) with vertical type all moving blade gravity turbine and generator aiming at power generation increase by accelerating in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation amount as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 100 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearings and turbine outer box (77a) are provided in 101 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 102 vertical stages of floating blade all turbine gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle coalescing engines of power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 103 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 104 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 105 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various types of energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) in 106 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all moving blade gravity turbine and generator that accelerate with the impact reduction means (2G) and aim to increase power generation are provided in 107 stages with thrust bearings, bearings, and a turbine outer box (77a) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator in 108 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 109 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 110 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle united engines of the power generation method provided in 111 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 112 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines of the power generation method provided with a generator in 113 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 114 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in the 115th stage with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 116 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engines of the power generation method in which all the moving blade gravity turbines and generators are provided in 117 stages along with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + specific critical material in vacuum direction Accelerated generation of power generating wing All blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 118 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 119 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials in vacuum direction and accelerate rolling contact, and aim at increasing power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 120 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in one stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in two stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 3 stages with the thrust bearing, bearing and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator for acceleration of the vacuum direction are aimed to increase power generation amount together with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing power generation as direction rolling contact are provided in 5 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type rotor blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact are provided in 6 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method provided with 7-stage vertical-blade all-blade gravity turbine and generator aiming at increase of power generation with reduction means (2G) and thrust bearing, bearing and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 8 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator are installed in 9 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 10 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of a power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all-blade gravity turbine and a generator are formed in 12 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 13 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 14 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 15 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided in 16 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 17 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines of the power generation method which provided the generator in 18 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 19 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 20 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of power generation method provided with gravity turbine and generator in 21 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of power generation method in which all blades gravity turbine and generator are provided in 22 stages along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator in 23 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 24 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 25 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 26 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 27 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 28 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 29 stages of paddle type all moving blade gravity turbine and generator aiming at electric power generation increase by accelerating in vacuum direction along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction rolling contact are provided in 30 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method including a paddle type all moving blade gravity turbine and generator aiming at increasing power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings, and a turbine outer box (77a) in 31 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 32 stages of paddle type all moving blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) together with thrust bearing, bearing and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 33 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 34 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearings and turbine outer box (77a) are provided in 35 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearing and bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat type all moving blade gravity turbine and a generator are formed in 37 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Specific critical material in vacuum direction Acceleration of rotor power generation All-in-one blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 38 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed etc. Vertically accelerate downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator for thrust bearings, bearings, and turbine outer box (77a Energy storage cycle combined engine of the power generation method provided in 39 stages with). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed, etc. Vertically accelerate downward + Accelerate heavy materials in vacuum direction Accelerate rolling contact Vertical type rotor blade Gravity turbine and generator Thrust bearings, bearings, turbine outer box (77a Energy storage cycle combined engine with power generation method provided in 40 stages with タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to the speed, etc. Vertically accelerated downward + heavier material in vacuum direction Accelerated rolling contact to increase power generation by using a wing-type all moving blade gravity turbine and generator for thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 41 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to speed etc. Vertically downward + Acceleration of heavy material with impact impact reduction means (2G) to increase power generation by using a wing-type full blade gravity turbine and generator with thrust bearings, bearings and turbines Energy storage cycle combined engine of the power generation method provided in 42 stages with the outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Specific critical material in vacuum direction Acceleration of rotor power generation All-in-one blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 43 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed etc. Vertically accelerate downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator for thrust bearings, bearings, and turbine outer box (77a Energy storage cycle combined engine of the power generation method provided in 44 stages with). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed, etc. Vertically accelerate downward + Accelerate heavy materials in vacuum direction Accelerate rolling contact Vertical type rotor blade Gravity turbine and generator Thrust bearings, bearings, turbine outer box (77a Energy storage cycle combined engine of power generation method provided in 45 stages with). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to the speed, etc. Vertically accelerated downward + heavier material in vacuum direction Accelerated rolling contact to increase power generation by using a wing-type all moving blade gravity turbine and generator for thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 46 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to speed etc. Vertically downward + Acceleration of heavy material with impact impact reduction means (2G) to increase power generation by using a wing-type full blade gravity turbine and generator with thrust bearings, bearings and turbines Various energy storage cycle combined engine of the power generation method provided in 47 stages with the outer case (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 48 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator that aims at power generation amount increase with thrust bearing, bearing and turbine outer box (49a) in 49 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing power generation as direction rolling contact are provided in 50 stages with thrust bearings, bearings, and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method including a paddle type all moving blade gravity turbine and generator aiming at increasing power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings, and a turbine outer box (77a) in 51 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 52 stages of paddle type all moving blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) with thrust bearing, bearing and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which is provided with 53 stages of paddle type all moving blade gravity turbine and generator aiming at increase of vacuum direction accelerated power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 54 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method where the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 55 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 56 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with 57 stages of thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 58 stages of paddle type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 59 stages of paddle type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator that aim at power generation amount increase with thrust bearing, bearing and turbine outer box (77a) in 60 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 61 stages of paddle type all moving blade gravity turbine and generator aiming at electric power generation increase by accelerating in vacuum direction with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 62 stages of paddle type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation as directional rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 63 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 64 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing the amount of power generation as directional rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 65 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 66 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as directional rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 67 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method with a vertical type all moving blade gravity turbine and generator aiming at increasing power generation as vacuum rolling and rolling contact and thrust bearings, bearings and turbine outer box (77a) in 68 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 69 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 70 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 71 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing and bearings and turbine outer box (77a) are provided in 72 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method provided with 73 vertical stages of floating blade all turbine gravity turbine and generator aiming at increase of power generation by reducing means (2G) and thrust bearing, bearing and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 74 vertical stages of thruster, bearing, bearing and turbine outer box (77a) with vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which provided the rotor type all moving blade gravity turbine and generator aiming at increase of power generation with reduction means (2G) and the thrust bearing, bearing, and turbine outer box (77a) in 75 stages organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method provided with the floating blade all turbine blade gravity turbine and generator aiming at increase of power generation by reduction means (2G) and 76 stages of thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 77 stages with the thrust bearings, bearings, and the turbine outer box (77a) with the vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and the generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 78 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which set the vertical type all moving blade gravity turbine and the generator aiming at the amount of power generation in 79 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 80 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 81 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and the generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 82 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, impact reduction means velocity etc. Vertically accelerated downward + Specific critical material in vacuum direction Accelerated power generation Vertical blade All-over blade gravity turbine and generator Thrust bearings and bearings and bearings Various energy storage cycle combined engines of the power generation method provided in 83 stages with the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, impact reduction means velocity, etc. Vertical acceleration downward + Acceleration of heavier materials in vacuum direction to increase power generation by vertical blade full thrust blade gravity turbine and generator thrust bearings or Various energy storage cycle combined engines with power generation method provided in 84 stages with bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, impact reduction means velocity, etc. Vertical acceleration is accelerated downward + Heavy material is accelerated in the vacuum direction and rolling contact. Various energy storage cycle combined engines with power generation method provided in 85 stages with bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + heavier material as vacuum direction accelerated rolling contact Vertical shaft full blade gravity turbine aiming at power output increase and thrust bearing thruster Energy storage cycle combined engine of power generation method provided in 86 stages with bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically downward downward + Acceleration of heavy material with impact reduction means (2G) Vertical blade full blade gravity turbine and generator aimed at increasing power output Various energy storage cycle combined engines of power generation method provided in 87 stages with thrust bearings and bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing the amount of power generation All rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 88 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 89 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials to vacuum direction acceleration rolling contact, and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 90 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 91 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 92 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method provided with generator in 93 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method in which the turbine and generator are provided in 94 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 95 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which a gravity turbine and generator are provided in 96 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method where all the moving blade gravity turbines and generators are provided in 97 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer case (77a) in 98 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 99 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 100 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in the 101st stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 102 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 103 stages with the thrust bearing, bearing and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which floating type all moving blades gravity turbine and generator aiming at increasing power generation amount by vacuum direction are provided in 104 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation as directional rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 105 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material A variety of energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing power generation as vacuum rolling contact and rolling contact are provided in 106 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of power generation with reduction means (2G) with thrust bearing, bearing and turbine outer box (77a) in 107 stages organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 108 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation by vacuum direction and are provided in 109 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance A variety of energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation as vacuum rolling contact and rolling contact are provided at 110 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method which is provided with 111 vertical stages of thruster bearings, bearings, and a turbine outer box (77a) with thruster bearings, bearings, and a turbine outer box (77a) aiming to increase the amount of power generation by accelerating rolling contact in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of the power generation method in which the floating blade type all-blade gravity turbine and generator that accelerate with the impact reduction means (2G) and aim at increase of power generation are provided in 112 stages with thrust bearings, bearings and turbine outer box (77a) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 113 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 114 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 115 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle united engines of the power generation method provided in 116 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 117 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method provided with a generator in 118 stages with thrust bearings, bearings and a turbine case (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of the power generation method provided with a turbine and a generator in 119 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines of the power generation method provided with a turbine and generator in 120 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which a gravity turbine and a generator are provided in one stage together with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method in which all blades gravity turbine and generator are provided in two stages together with thrust bearings, bearings, and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator in 3 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 4 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 5 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Energy storage cycle combination engine of the power generation method provided in six stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 7 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 8 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator are installed in 9 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation and increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing power generation as direction rolling contact are provided in 10 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of a power generation method in which a paddle-shaped all moving blade gravity turbine and generator aiming at increasing power generation as vacuum direction accelerated rolling contact are provided in 11 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method provided with 12 vertical stages of the rotor type all blade gravity turbine and generator to accelerate power generation increase with reduction means (2G) and thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 13 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 14 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 15 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various types of energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearings and bearings and turbine outer box (77a) are provided in 16 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all moving blade gravity turbine and generator that accelerate with the impact reduction means (2G) and aim to increase power generation are provided in 17 stages with thrust bearings, bearings, and a turbine outer box (77a) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator in 18 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator along with thrust bearings, bearings and turbine outer case (77a) 19 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials in vacuum direction accelerating rolling contact and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 20 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 21 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 22 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method provided with a generator in 23 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which provided the turbine and the generator in 24 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method in which the turbine and generator are provided in 25 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 26 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of power generation method which installed all the moving blade gravity turbine and generator in 27 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing the amount of power generation All blades Gravity turbines and generators in 28 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings, and a turbine outer case (77a) Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials in vacuum direction accelerating rolling contact, and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 30 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 31 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 32 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 33 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method which is provided with 34 stages of paddle type all moving blade gravity turbine and generator aiming at increase of power generation by vacuum direction and thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact are provided in 35 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing power generation as vacuum rolling contact and rolling contact are provided in 36 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which installed the paddle type all moving blade gravity turbine and generator aiming at increase of power generation with reduction means (2G) and thrust bearings, bearings and turbine outer box (77a) in 37 stages organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum power generation are provided in 38 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 39 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines with a power generation method in which vertical type all moving blade gravity turbines and generators aiming at increased power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 40 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method which is provided with 41 vertical stages with thrust bearings, bearings, and a turbine outer box (77a), and a paddle type all moving blade gravity turbine aiming at increasing the amount of power generation as a vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a wing-type all-blade gravity turbine and a generator are formed in 42 stages with thrust bearings, bearings, and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 43 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings, and a turbine outer case (77a) Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 45 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 46 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 47 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 48 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of the power generation method provided with the turbine and generator in 49 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 50 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 51 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method in which all the moving blade gravity turbines and generators are provided in 52 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation of all blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 53 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 54 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 55 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 56 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 57 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 58 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 59 stages of paddle type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines with a power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing power generation as directional rolling contact and thrust bearings, bearings, and a turbine outer box (77a) are provided in 60 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method including 61 vertical stages of thruster bearings, bearings, and a turbine outer box (77a) equipped with vertical-type all-moving-blade gravity turbines and generators aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 62 stages of paddle type all blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 63 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 64 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines with a power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing power generation as vacuum rolling contact and rolling contact are provided in 65 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various types of energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing electric power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) with 66 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of the power generation method in which the vertical blade with full blade gravity turbine and generator that accelerates with the impact reduction means (2G) to increase power generation and the thrust bearing, bearing and turbine outer box (77a) are provided in 67 stages Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 68 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 69 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials to vacuum direction accelerating rolling contact, and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 70 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) The various energy storage cycle united engines of the power generation method provided at the 71st stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 72 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 73 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which provided the turbine and the generator in 74 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 75 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method which provided gravity turbine and generator with thrust bearing, bearing and turbine outer box (77a) in 76 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method which installed all the moving blade gravity turbines and generators in 77 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All blades Gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 78 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 79 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate acceleration of heavy materials with vacuum direction accelerated rolling contact, and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 80 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 81 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 82 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation in 83 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 84 stages of paddle type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation amount as direction rolling contact and thrust bearing and bearings and turbine outer box (77a) are provided in 85 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 86 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 87 vertical stages of rotor type all blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum power generation are provided in 88 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method which provided 89 vertical stages with thrust bearings, bearings, and a turbine outer box (77a) by using a paddle type all moving blade gravity turbine and generator aiming at increasing power generation amount by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 90 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method including 91 vertical stages with thrust bearings, bearings, and a turbine outer box (77a), which is a paddle type all moving blade gravity turbine aiming at increasing the amount of power generation by accelerating rolling contact in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat type all moving blade gravity turbine and a generator are formed in 92 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer case (77a) in 93 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 94 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a rotor type all blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 95 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross-section (4X) + heat absorbing material (2B) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 96 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 97 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 98 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 99 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 100 stages with the thrust bearing, the bearing and the turbine case (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method provided with a gravity turbine and a generator in 101 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of power generation method which installed all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer box (77a) in 102 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation of all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer case (77a) to 103 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 104 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 105 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle united engines of the power generation method provided in 106 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) and various energy conservation cycle combined engines of the power generation method provided in the 107th stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of vacuum direction acceleration power generation together with thrust bearings, bearings and turbine outer box (77a) in 108 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator for acceleration of the vacuum direction are aimed to increase power generation amount together with thrust bearings, bearings and turbine outer box (77a) in 109 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation amount as direction rolling contact with thrust bearings, bearings and turbine outer box (77a) are provided in 110 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method including a floating all blade gravity turbine aiming at increasing power generation as vacuum direction accelerated rolling contact and a generator with thrust bearings, bearings and a turbine outer box (77a) in 111 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 112 stages of floating type all blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) and thrust bearing, bearing and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 113 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator are provided in 114 stages together with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 115 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method which is provided with 116 vertical stages with thrust bearings, bearings, and a turbine outer box (77a), and paddle type all moving blades gravity turbine aiming at increasing power generation as vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all moving blade gravity turbine and a generator are formed in 117 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + specific critical material in vacuum direction Accelerated generation of power generating wing All blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 118 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 119 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials in vacuum direction and accelerate rolling contact, and aim at increasing power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 120 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in one stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in two stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines with power generation method in which the generator is provided in 3 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method in which the turbine and generator are provided in four stages along with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method in which the turbine and generator are provided in 5 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which a gravity turbine and a generator are provided in six stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method which installed all the moving blade gravity turbines and generators in 7 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all blade gravity turbine and generator in 8 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 9 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 10 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy preservation cycle united engines of the power generation method provided in 11 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 12 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 13 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 14 stages with thrust bearings, bearings, and a turbine outer box (77a) aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing the amount of power generation as directional rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 15 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of a power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings, and turbine outer box (77a) are provided in 16 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 17 vertical stages of thruster, bearing, bearing and turbine outer box (77a) with vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle coalescing engines of power generation method in which the vertical type all moving blade gravity turbine and generator aim at increasing the amount of vacuum direction acceleration power generation and which are provided in 18 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 19 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact are provided in 20 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aim at increasing power generation as vacuum direction accelerated rolling contact and provided with thrust bearings, bearings and turbine outer box (77a) in 21 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method where 22 stages of vertical-type all-wing gravity turbines and generators with thrust bearings, bearings, and a turbine outer box (77a) are provided to accelerate power generation with acceleration by impact reduction means (2G) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator in 23 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 24 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 25 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 26 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 27 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 28 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of the power generation method provided with a turbine and a generator in 29 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 30 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 31 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of power generation method which installed all the moving blade gravity turbines and generators in 32 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator in 33 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 34 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings, and turbine outer case (77a) Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 36 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy storage cycles combined engine of the power generation method provided in 37 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 38 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 39 stages of paddle type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 40 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 41 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 42 stages with the thrust bearings, bearings, and the turbine outer box (77a) with the vertical blade all turbine gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which the vertical type all moving blade gravity turbine and generator aim at increasing the amount of vacuum direction accelerated power generation with thrust bearings, bearings and turbine outer box (77a) in 43 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 44 stages together with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing and bearings and turbine outer box (77a) are provided in 45 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 46 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all moving blade gravity turbine and a generator are formed in 47 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Specific critical material in vacuum direction Acceleration of rotor power generation All-in-one blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 48 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed etc. Vertically accelerate downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator for thrust bearings, bearings, and turbine outer box (77a Energy storage cycle combined engine of the power generation method provided in 49 stages with). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed, etc. Vertically accelerate downward + Accelerate heavy materials in vacuum direction Accelerate rolling contact Vertical type rotor blade Gravity turbine and generator Thrust bearings, bearings, turbine outer box (77a Energy storage cycle combined engine of power generation method provided in 50 stages with). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to the speed, etc. Vertically accelerated downward + heavier material in vacuum direction Accelerated rolling contact to increase power generation by using a wing-type all moving blade gravity turbine and generator for thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 51 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to speed etc. Vertically downward + Acceleration of heavy material with impact impact reduction means (2G) to increase power generation by using a wing-type full blade gravity turbine and generator with thrust bearings, bearings and turbines Energy storage cycle combined engine of the power generation method provided in 52 stages with the outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Specific critical material in vacuum direction Acceleration of rotor power generation All-in-one blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 53 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed etc. Vertically accelerate downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator for thrust bearings, bearings, and turbine outer box (77a The various energy storage cycle united engines of the power generation method provided in 54 stages with). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed, etc. Vertically accelerate downward + Accelerate heavy materials in vacuum direction Accelerate rolling contact Vertical type rotor blade Gravity turbine and generator Thrust bearings, bearings, turbine outer box (77a The various energy preservation cycle united engines of the power generation method provided in 55 stages with). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to the speed, etc. Vertically accelerated downward + heavier material in vacuum direction Accelerated rolling contact to increase power generation by using a wing-type all moving blade gravity turbine and generator for thrust bearings, bearings, and turbine outer case ( 77a) Various energy storage cycles combined engine of power generation method provided in 56 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to speed etc. Vertically downward + Acceleration of heavy material with impact impact reduction means (2G) to increase power generation by using a wing-type full blade gravity turbine and generator with thrust bearings, bearings and turbines Various energy conservation cycle combined engine of the power generation method provided in 57 stages with the outer case (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 58 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 59 stages of paddle type all moving blade gravity turbine and generator aiming at vacuum power direction increase to increase power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines with a power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing power generation as directional rolling contact and thrust bearings, bearings, and a turbine outer box (77a) are provided in 60 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method including 61 vertical stages of thruster bearings, bearings, and a turbine outer box (77a) equipped with vertical-type all-moving-blade gravity turbines and generators aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 62 stages of paddle type all blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 63 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 64 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 65 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 66 stages with the thrust bearing, bearing and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with 67 stages of thrust bearings and bearings and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which provided the vertical type all blade gravity turbine and the power generator aiming at the power generation amount increase in 68 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator which aim at power generation amount increase in 69 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator for acceleration of the vacuum direction are aimed to increase power generation amount with 70 stages of thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 71 vertical stages of thruster bearings, bearings, and a turbine outer box (77a), which is a paddle type all moving blade gravity turbine aiming at increasing power generation by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which is provided with 72 stages of paddle type all moving blade gravity turbine and generator aiming at electric power generation increase by accelerating in vacuum direction along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 73 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 74 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 75 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 76 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing power generation as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 77 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material A variety of energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearings and turbine outer box (77a) are provided in 78 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of electric power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 79 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 80 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method which is provided with 81 vertical stages of thruster bearings, bearings, and a turbine outer box (77a) with a paddle type all moving blade gravity turbine aiming at increasing power generation as a vacuum direction accelerated rolling contact and a generator. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various types of energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 82 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of power generation with reduction means (2 G) and thrust bearing, bearing, and turbine outer box (77a) in 83 stages organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 84 vertical stages of thruster, bearing and bearings, and a turbine outer box (77a) which aim at the power generation amount by accelerating with the reduction means (2G) to increase power generation organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 85 vertical stages of the rotor type all blade gravity turbine and generator aiming at increase of power generation by reducing means (2G) and thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method provided with the paddle type all moving blade gravity turbine and generator aiming at increase of power generation by reduction means (2G) and 86 stages of thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 87 vertical stages of rotor type all blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and the generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 88 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which set the vertical type all moving blade gravity turbine and the generator aiming at the amount of power generation in 89 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 90 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at the amount of power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 91 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method in which the rotor type all moving blade gravity turbine aiming at the amount of power generation and the generator are provided in 92 stages together with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, impact reduction means velocity etc. Vertically accelerated downward + Specific critical material in vacuum direction Accelerated power generation Vertical blade All-over blade gravity turbine and generator Thrust bearings and bearings and bearings Energy storage cycle combined engine of the power generation method provided in 93 stages with the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, impact reduction means velocity, etc. Vertical acceleration downward + Acceleration of heavier materials in vacuum direction to increase power generation by vertical blade full thrust blade gravity turbine and generator thrust bearings or Various energy storage cycle combined engines with power generation method provided in 94 stages with bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration is added to water velocity, air velocity, impact reduction means velocity, etc. Vertical acceleration is accelerated downward + Heavy material is accelerated in the vacuum direction and rolling contact. Various energy storage cycle combined engines with power generation method provided in 95 stages with bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + heavier material as vacuum direction accelerated rolling contact Vertical shaft full blade gravity turbine aiming at power output increase and thrust bearing thruster And various energy storage cycle combined engines of power generation method provided in 96 stages with bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically downward downward + Acceleration of heavy material with impact reduction means (2G) Vertical blade full blade gravity turbine and generator aimed at increasing power output The various energy storage cycle combined engines of power generation method provided in 97 stages with thrust bearings and bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer case (77a) in 98 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 99 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 100 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in the 101st stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 102 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines of the power generation method provided with generator in 103 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of the power generation method provided with the turbine and generator in 104 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in the 105 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 106 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method where all the moving blade gravity turbines and generators are provided in 107 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator in 108 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 109 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 110 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle united engines of the power generation method provided in 111 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 112 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with 113 stages of thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which the vertical type all moving blade gravity turbine and generator for acceleration of the vacuum direction are aimed to increase power generation amount with 114 stages of thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum A variety of energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing power generation as directional rolling contact and thrust bearings, bearings, and turbine outer box (77a) are provided in 115 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearings and turbine outer box (77a) are provided in 116 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method provided with 117 vertical stages of the rotor blade gravity turbine and generator to accelerate the power generation amount increase by reducing means (2G) together with thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle coalescing engines of power generation method in which the vertical type all moving blade gravity turbine and generator aim at increasing the amount of vacuum direction acceleration power generation and which are provided in 118 stages along with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation by vacuum direction and are provided in 119 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance A variety of energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 120 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) in one stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a wing-type all-blade gravity turbine and a generator are aimed at increasing power generation by acceleration with impact reduction means (2G) and two stages of thrust bearings, bearings, and a turbine outer box (77a) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator in 3 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 4 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 5 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Energy storage cycle combination engine of the power generation method provided in six stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 7 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method provided with a generator in 8 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of power generation method in which the turbine and generator are provided in 9 stages along with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 10 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which a gravity turbine and generator are provided in 11 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of power generation method which installed all the moving blade gravity turbines and generators in 12 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 13 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 14 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 15 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided in 16 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 17 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy preservation cycle combined engines of power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with the thrust bearing, the bearing and the turbine outer box (77a) in 18 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method which is provided with vertical type all moving blade gravity turbine and generator that aim at power generation amount increase with thrust bearings, bearings and turbine outer box (77a) in 19 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing power generation as directional rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 20 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 21 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 22 stages of floating type all blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) and thrust bearing, bearing and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 23 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which the vertical type all moving blades gravity turbine and generator are provided in 24 stages with thrust bearings, bearings, and a turbine outer box (77a) to accelerate the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which the vertical blade all turbine gravity turbine and generator aim at increasing power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) in 25 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which the rotor type all moving blade gravity turbine and generator aim at increasing the amount of power generation as vacuum direction accelerating rolling contact and provided with thrust bearings, bearings and turbine outer box (77a) in 26 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a wing-type all-blade gravity turbine and a generator are aimed in 27 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing the amount of power generation All blades Gravity turbines and generators in 28 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings, and a turbine outer case (77a) Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials in vacuum direction accelerating rolling contact, and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 30 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 31 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 32 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines of the power generation method provided with a generator in 33 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of the power generation method which installed the turbine and the generator in 34 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 35 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which a gravity turbine and generator are provided in 36 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method which installed all the moving blade gravity turbines and generators in 37 stages with thrust bearings, bearings, and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 38 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator along with thrust bearings, bearings and turbine outer case (77a) 39 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings, and a turbine outer case (77a) Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 41 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 42 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which is provided with 43 stages of vertical type all moving blade gravity turbine and generator aiming at increase of vacuum direction accelerated power generation together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which the vertical type all moving blade gravity turbine and generator are installed in 44 stages with thrust bearings, bearings, and a turbine outer box (77a) to accelerate the vacuum direction to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 45 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of a power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 46 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 47 vertical stages of thruster, bearing and bearings, and a turbine outer box (77a) for the rotor type all blade gravity turbine and generator to accelerate with the reduction means (2G) to increase power generation organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 48 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator are installed in 49 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 50 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method which is provided with 51 stages of thrust type bearings, bearings, and a turbine outer box (77a) with thruster bearings, bearings, and a turbine outer box (77a) aiming to increase power generation by setting vacuum rolling to accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of the power generation method in which the vertical blade with all blades gravity turbine and generator aiming at increase of power generation by acceleration with impact reduction means (2G) and 52 stages with thrust bearings, bearings and turbine outer box (77a) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation of all blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 53 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 54 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 55 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 56 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 57 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method provided with a generator in 58 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 59 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method provided with a turbine and a generator in 60 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method provided with gravity turbine and generator in 61 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method in which all the moving blade gravity turbines and generators are provided in 62 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation of all blade gravity turbine and generator in 63 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator along with thrust bearings, bearings and turbine outer case (77a) 64 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a rotor type all blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 65 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 66 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 67 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation with 68 stages of thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator which aim at power generation amount increase in 69 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 70 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 71 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method provided with the vertical blade all turbine gravity turbine and generator aiming at increase of power generation by reduction means (2G) and 72 stages of thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 73 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 74 stages together with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 75 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing electric power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) with 76 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of the power generation method in which the paddle-type all-blade gravity turbine and generator are installed in 77 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All blades Gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 78 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 79 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate acceleration of heavy materials with vacuum direction accelerated rolling contact, and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 80 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 81 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 82 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method provided with generator in 83 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method provided with the turbine and generator in 84 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 85 stages with the thrust bearing, the bearing and the turbine case (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method which provided gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 86 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy preservation cycle combined engines of power generation method which installed all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer box (77a) in 87 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in the vacuum direction Accelerated power generation aiming at increasing the amount of power generation All rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 88 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 89 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials to vacuum direction acceleration rolling contact, and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 90 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 91 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 92 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 93 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 94 stages with thrust bearings, bearings, and a turbine outer box (77a) to accelerate power generation amount increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as directional rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 95 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing and bearings and turbine outer box (77a) are provided in 96 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 97 vertical stages of rotor blade gravity turbines and generators that accelerate with the reduction means (2G) to increase power generation with thrust bearings, bearings, and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine and generator aiming at the vacuum direction acceleration power generation increase with the thrust bearing, the bearing and the turbine outer box (77a) in 98 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation amount by providing in 99 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines with a power generation method in which a paddle type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as vacuum direction accelerated rolling contact and a thrust bearing, bearings, and a turbine outer box (77a) are provided in 100 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various types of energy storage cycle coalescing engines of power generation method in which the rotor type all moving blade gravity turbine and generator aim at increasing the amount of power generation as vacuum direction accelerating rolling contact and thruster bearing, bearing and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of the power generation method in which the rotor type all moving blade gravity turbine and generator that accelerate with the impact reduction means (2G) and aim at increase of power generation are provided in 102 stages with thrust bearings, bearings and turbine outer box (77a) Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation of all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer case (77a) to 103 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 104 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 105 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle united engines of the power generation method provided in 106 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) and various energy conservation cycle combined engines of the power generation method provided in the 107th stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy storage cycle combined engines of the power generation method provided with generator in 108 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method provided with a turbine and a generator in 109 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 110 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method which provided gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 111 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method in which all the moving blade gravity turbines and generators are provided in 112 stages together with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated down + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 113 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 114 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 115 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle united engines of the power generation method provided in 116 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 117 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 118 stages with the thrust bearing, bearing and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which provided the vertical type all blade gravity turbine and the power generator aiming at the power generation amount increase with the thrust bearing, the bearing, and the turbine outer box (77a) in 119 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines with a power generation method in which vertical type all moving blade gravity turbines and generators aiming at increasing the amount of power generation as directional rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 120 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearing, and turbine outer box (77a) are provided in one stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with a vertical type all moving blade gravity turbine and generator aiming at an increase in power generation by reduction means (2G) and two stages of thrust bearings, bearings and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum power generation are provided in 3 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 4 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact are provided in 5 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in six stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all-blade gravity turbine and a generator are aimed in 7 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all blade gravity turbine and generator in 8 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 9 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 10 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy preservation cycle united engines of the power generation method provided in 11 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 12 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 13 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy storage cycle combined engines of the power generation method provided with a turbine and a generator in 14 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy storage cycle combined engines of the power generation method which installed the turbine and the generator in 15 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 16 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy storage cycle combined engines of the power generation method which installed all the moving blade gravity turbines and generators in 17 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing power generation of all moving blade gravity turbine and generator in 18 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation. Vertical blade full blade gravity turbine and generator along with thrust bearings, bearings and turbine outer case (77a) 19 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials in vacuum direction accelerating rolling contact and aim at increasing power generation with the rotor blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 20 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 21 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of power generation method provided in 22 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 23 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbines and generators for accelerating power generation are aimed at 24 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as direction rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 25 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearing, bearing and turbine outer box (77a) are provided in 26 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided in 27 stages with the thrust bearings, bearings, and the turbine outer box (77a), and the rotor type all blade gravity turbine and generator aiming to increase power generation by accelerating with reduction means (2G) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 28 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are installed in 29 stages with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 30 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method including a paddle type all moving blade gravity turbine and generator aiming at increasing the amount of power generation as a vacuum direction accelerating rolling contact and a thrust bearing, bearings and a turbine outer box (77a) in 31 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a boat-type all-blade gravity turbine and a generator are formed in 32 stages with thrust bearings, bearings, and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator in 33 stages with thrust bearings, bearings and turbine outer case (77a) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 34 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings, and turbine outer case (77a) Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 36 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy storage cycles combined engine of the power generation method provided in 37 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Uplift and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Specific material aiming at increasing vacuum power generation Vertical blade All blade gravity turbine and Various energy conservation cycle combined engines of the power generation method which provided the generator in 38 stages with thrust bearings, bearings and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downwards + Vacuum to accelerate heavier materials to increase power output Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 39 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and save + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertical acceleration downward + Heavy material aiming at increasing electric power output as vacuum direction accelerated rolling contact Various energy conservation cycle combined engines of the power generation method which installed the turbine and the generator in 40 stages with the thrust bearing, the bearing and the turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically downward acceleration + Heavy-weight material in vacuum direction accelerated rolling contact to aim at increased power generation by increasing power output Various energy storage cycle combined engines of the power generation method in which the gravity turbine and generator are provided in 41 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy material with shock reduction means (2 G) to aim at increasing power generation Various energy conservation cycle combined engines of the power generation method in which all blades gravity turbines and generators are provided in 42 stages with thrust bearings, bearings, and a turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Accelerated power generation aiming at increasing the amount of power generation All types of rotor blade gravity turbine and generator with thrust bearings, bearings and turbine outer case (77a) in 43 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier materials in vacuum direction to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings, and a turbine outer case (77a) Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by using a wing-type all-blade gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) 45 Energy storage cycle combination engine of power generation method provided in the stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact to increase power generation with a wing-type all rotor gravity turbine and generator together with thrust bearings, bearings and turbine outer case (77a) Various energy conservation cycle combined engine of the power generation method provided in 46 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy materials with impact reduction means (2G) to increase power generation by using a wing-type all-blade gravity turbine and generator with thrust bearings, bearings, and turbine outer case ( 77a) Various energy conservation cycle combined engines of the power generation method provided in 47 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method in which the vertical type all moving blade gravity turbine and generator aiming at increase of the amount of vacuum direction acceleration power generation are provided in 48 stages together with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method which installed the vertical type all moving blade gravity turbine and generator that aims at power generation amount increase with thrust bearing, bearing and turbine outer box (49a) in 49 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator aiming at increasing power generation as direction rolling contact are provided in 50 stages with thrust bearings, bearings, and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of the power generation method including a paddle type all moving blade gravity turbine and generator aiming at increasing power generation as vacuum direction accelerated rolling contact and thrust bearings, bearings, and a turbine outer box (77a) in 51 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combination of the power generation method which is provided with 52 stages of paddle type all moving blade gravity turbine and generator aiming at power generation increase by accelerating with reduction means (2G) with thrust bearing, bearing and turbine outer box (77a) organ. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of the amount of power generation in vacuum direction are provided in 53 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blades gravity turbine and generator are provided in 54 stages together with thrust bearings, bearings and turbine outer box (77a) to accelerate power generation in vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aiming at increase of power generation as vacuum direction accelerated rolling contact are provided in 55 stages with thrust bearings, bearings and turbine outer box (77a). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method in which vertical type all moving blade gravity turbine and generator aim at increasing power generation as vacuum direction accelerating rolling contact and thrust bearings, bearings and turbine outer box (77a) are provided in 56 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycles of a power generation method in which a vertical blade with all blades gravity turbine and generator are installed in 57 stages with thrust bearings, bearings and a turbine outer box (77a) to accelerate with the impact reduction means (2G) to increase power generation Coalition agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Uplift and use with shock reduction means (2G) + Gravity acceleration added to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + ratio critical material to increase the amount of vacuum power generation 3) Various energy conservation cycle combined engines of power generation method provided with 58 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Use ascend storage with shock reduction means (2 G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically downward acceleration + Accelerate heavier materials in vacuum direction to reduce friction loss to increase power generation Various energy conservation cycle combined engines of the power generation method provided with 59 vertical stages of wing-type all blade gravity turbines equipped with means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Use ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Vertically accelerate downward + Reduce friction loss aiming to increase power generation as vacuum direction accelerated rolling contact with heavy substance Various energy preservation cycle united engines of the power generation method which provided 60 steps of floating type all blade gravity turbines equipped with means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Uplift and use with shock reduction means (2G) + Gravity acceleration added to water speed, air speed, shock reduction means speed etc. Vertically downward acceleration + Friction loss aiming at increased power generation as vacuum direction accelerated rolling contact with heavier material The various energy storage cycle united engine of the power generation method which provided the reduction | restoration means (3) in the 61-stage floating-type all blade gravity turbine provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電海水温度上昇０燃料費０ＣＯ２排気０で発電量増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross-section (4X) 2 to 25 times ratio Critical substance Solar gravity acceleration power generation Sea water temperature rise 0 Fuel cost 0 CO2 exhaust 0 power generation increase + increase ball rise device (2F) small diameter output increase sphere (2E) Use ascend storage with shock reduction means (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Vertically accelerate downward + accelerate heavy materials with shock reduction means (2G) to increase power generation Various energy conservation cycle combined engines of the power generation method provided with 62 stages of vertical type all blade gravity turbines equipped with friction loss reduction means (3) aimed at. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Upward downward acceleration + Specific critical substance in the vacuum direction Acceleration power generation aiming at increasing the amount of friction loss reduction means (3) equipped with various types of energy of the power generation method provided with 63 blades Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically accelerate downward + Accelerate heavier materials in the vacuum direction to increase power generation by friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically downward + acceleration of heavy material in vacuum direction accelerating rolling contact to increase power generation with friction loss reducing means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Additional gravity acceleration Vertical downward acceleration + heavier material in the vacuum direction accelerating rolling contact to increase power generation with friction loss reducing means (3) A power generation method provided with 66 vertical stages of rotor blade gravity turbines The various energy conservation cycle coalescing agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically accelerate downward + accelerate heavy material with impact reduction means (2G) and provide friction loss reduction means (3) aiming at increase of power generation Energy storage cycle combined engine of different power generation methods. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Additional acceleration of gravity Vertical downward acceleration + Specific critical material in the vacuum direction Acceleration power generation aiming at increasing the amount of friction loss reduction means (3) equipped with various types of energy of power generation method equipped with 68 blades Preservation cycle union agency. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６９段に設けて１０００倍発電量を狙う各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically accelerate downward + Accelerate heavier material in vacuum direction to increase power generation by providing friction loss reduction means (3) A total blade type gravity turbine with 69 stages is equipped with 1000 times power generation capacity Various energy conservation cycle united organizations aiming at タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically downward + acceleration of heavy material in vacuum direction accelerating rolling contact to increase power generation with friction loss reducing means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Additional gravity acceleration Vertical downward acceleration + heavier material in the vacuum direction accelerating rolling contact to increase power generation with friction loss reducing means (3) A power generation method equipped with 71-stage vertical turbine blade gravity turbines The various energy conservation cycle coalescing agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて水銀を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate mercury vertically downward by providing a turbine blade cross section (4X) with 2 to 25 times ratio critical substance solar gravitational acceleration power generation turbine in multiple stages + heat absorbing material (2B) heating internal air (28a) Suction compression heat recovery + expansion ball lifter (2F) with heat pump (1G) and small-diameter output increase ball (2E) is stored and used together with shock reduction means (2G) + water speed, air speed, shock reduction means speed etc Add gravity acceleration Vertically accelerate downward + accelerate heavy material with impact reduction means (2G) and provide friction loss reduction means (3) aiming at increase of power generation Energy storage cycle combined engine of different power generation methods. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 73 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 74 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 75 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with a floating all blade gravity turbine of 76 stages equipped with friction loss reduction means (3) aiming at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 77 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 78 vertical rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 79 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method provided with 80 stages of vertical bladed all blades gravity turbine equipped with friction loss reduction means (3) aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 81 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 82 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 83 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 84 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 85 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 86 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 87 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 88 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 89 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 90-stage vertical bladed all-blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 91 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 92 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 93 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 94 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 95 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 96 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 97 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with the floating type all blade gravity turbine of 98 stages equipped with friction loss reduction means (3) which accelerates together with reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with the boat-like full blade gravity turbine of 99 stages equipped with the friction loss reduction means (3) which accelerates with the reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with the floating type all blade gravity turbine of 100 stages equipped with the friction loss reduction means (3) which accelerates with power reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with the floating type all blade gravity turbine of 101 stages equipped with friction loss reduction means (3) which accelerates together with reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 102 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of the power generation method provided with 103 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 104 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０５段に設けた摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance竪 全 動 動 動 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 Various energy storage cycle combined engine of the power generation method which provided the turbine in multiple stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 106 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 107 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Acceleration power generation amount aiming to increase the amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + Heavier material is accelerated in the vacuum direction to increase power generation Power generation equipped with 109 vertical stages of rotor blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation equipped with 110 stages of floating all blade gravity turbines in 110 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross-section (4X) + heat absorbing material (2B) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation is provided in 111 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 112 stages of floating blade all blades gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy storage cycle combined engines of the power generation method provided with 113 vertical stages of all-wing gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle united engines of the power generation method provided with 114 stages of floating type full blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the floating type whole moving blade gravity turbine provided with 115 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle combined engines of the power generation method provided with a vertical type all moving blade gravity turbine having 116 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method provided with 117 vertical stages of wing-type all blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction accelerated power generation amount increase by means of friction loss reduction means (3) equipped with a paddle type all blade gravity turbine with 118 stages of power generation method Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + acceleration of heavier materials in vacuum direction to increase power generation Power generation equipped with vertical blade full blade gravity turbine equipped with friction loss reduction means (3) in 119 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increased power generation with power generation provided with 120 stages of floating blade gravity turbines in 120 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. Friction loss reducing means (3) aiming at increase of electric power generation. Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) Two-stage floating blade all-in-one gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with three vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with four vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming at increase of power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method provided with 5-stage vertical blade all gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with six vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with seven vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with eight vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 9 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 10 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with the floating type all blade gravity turbine of 11 stages equipped with the friction loss reduction means (3) aiming at power generation increase as vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method comprising 12 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration of power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + acceleration of heavier material in vacuum direction to increase power generation Power generation equipped with 14 stages of floating all blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material in vacuum direction accelerating rolling contact Power generation equipped with a floating loss all blade gravity turbine equipped with friction loss reducing means (3) in 15 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation is provided in 16 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross-section (4X) + heat absorbing material (2B) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials with impact reduction means (2G) by adding vertical acceleration downward + friction loss reduction means (3) aiming at increase of electric power generation amount Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy storage cycle combined engines of power generation method provided with 18 stages of vertical type all moving blades gravity turbine equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine equipped with) in 19 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method provided with a boat-shaped all moving blade gravity turbine provided with 20 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of power generation method provided with 21 stages of vertical type all moving blades gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method which provided 22 stages of floating type total blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount A friction loss reduction means (3) aiming at increase of power generation amount A power generation method provided with 23 stages of rotor type all blade gravity turbine Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with 24 stages of floating rotor full blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 25 stages of floating all blade gravity turbines provided How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 26 stages of floating blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 27 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 28 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 29 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 30 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 31 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 32 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of a power generation method provided with 33 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 34 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 35 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 36 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 37 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) that accelerates together with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration power generation amount aiming at increasing the amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with 39 rotor-type all blade gravity turbines equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reducing means (3) equipped with 40-stage vertical turbine with all blades gravity turbine installed How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 41 stages of vertical blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 42-stage vertical blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of power generation method provided with 43 stages of vertical type all moving blades gravity turbine equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy conservation cycle combined engines of the power generation method provided with 44 stages of floating type all blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engines of the power generation method provided with 45 stages of floating type all blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle coalescing engines of a power generation method provided with 46 stages of vertical type all moving blades gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of a power generation method provided with 47 vertical stages of wing-type all blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction accelerated power generation rate A power generation method equipped with 48 stages of floating rotor blade gravity turbines equipped with friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with a rotor type all blade gravity turbine equipped with friction loss reduction means (3) in 49 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with 50-stage vertical bladed full blade gravity turbine equipped with friction loss reduction means (3) aiming at increased power generation How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 51 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at increase of power generation amount Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 52 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method provided with 53 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 54 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at vacuum generation to accelerate power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 55 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 56 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 57 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 58 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 59 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 60 vertical all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 61 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 62 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount Aimed at increasing power generation of friction loss reducing means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross-section (4X) + heat absorbing material (2B) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with 64-stage floating blade gravity turbine equipped with friction loss reduction means (3) in 64 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increased power generation with power moving blade gravity turbine installed in 65 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. Friction loss reducing means (3) aiming at increase of electric power generation. Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 67-stage vertical blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy storage cycle combined engines of power generation method provided with 68 vertical stages of wing-type all-wing gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine which equipped with) in 69 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine provided with 70 stages in 70 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of the power generation method provided with 71 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy storage cycle combination engines of the power generation method provided with 72 stages of floating type total blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration of power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with 74 stages of floating rotor full blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material in vacuum direction accelerating rolling contact Power generation equipped with a rotor type all moving blade gravity turbine equipped with friction loss reducing means (3) for 75 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation is provided in 76 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy material with impact reduction means (2G) 77 stages of bladed all-blade gravity turbine equipped with friction loss reduction means (3) to increase power generation Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 78 vertical rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 79 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines of a power generation method provided with 80 vertical stages of wing-type all-blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 81 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 82 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) which accelerates together with reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 83 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 84 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 85 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with the floating type all blade gravity turbine of 86 stages equipped with the friction loss reduction means (3) aiming at power generation increase as vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 87 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration of power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation Power generation equipped with 89 rotor type all blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with 90% vertical bladed floating turbine gravity turbine equipped with friction loss reduction means (3) aiming at increased power generation How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. 91 stages of floating rotor type gravity turbine equipped with friction loss reducing means (3) aiming to increase power generation amount Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) 92 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method provided with 93 stages of vertical type all moving blades gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy preservation cycle combined engine of the power generation method which provided the vertical type whole moving blade gravity turbine which equipped with the 94 steps. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine which equipped with 95 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle combined engines of power generation method provided with 96 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy storage cycle combination engines of the power generation method which provided the reduction blade (3) in a 97-stage floating wing all blade gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction Acceleration power generation amount aiming at increasing the amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with floating loss all blade gravity turbine equipped with friction loss reduction means (3) in 99 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increase of generated power How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a rotor loss gravity blade equipped with friction loss reducing means (3) aiming at increased power generation amount is provided in 101 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 102 stage of rotor blade all-over blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 103 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 104 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming at increase of power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 105 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 106 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 107 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2 G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 108 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle combined engines of the power generation method provided with 109 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 110 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle combined engines of the power generation method provided with a floating type all blade gravity turbine with 111 stages equipped with friction loss reduction means (3) aiming at increase of power generation amount by making vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with a floating all blade gravity turbine having 112 stages equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with a floating loss all blade gravity turbine equipped with friction loss reduction means (3) in 114 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation at 115 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and equipped with friction loss reducing means (3) aiming at increasing power generation with a total blade floating turbine with 116 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 117 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy storage cycle combined engines of the power generation method provided with 118 vertical stages of all-wing gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine which equipped with the 119 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided 120 stages of floating type whole blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of the power generation method provided with a paddle-shaped all moving blade gravity turbine provided in one stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of a power generation method provided with a vertical type all moving blade gravity turbine provided with reduction means (3) in two stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction accelerated power generation rate A method of generating power with 3-stage vertical bladed all-blade gravity turbine equipped with friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with four-stage vertical blade full blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increased power generation with 5 stages of floating blade gravity turbines provided in 5 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, 6 stages of vertical blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 7 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with eight vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 9 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 10 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 11 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of a power generation method provided with 12 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 13 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１４段に設けて１０００倍発電量を狙う各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance A variety of energy storage cycle coalescing engines that aim at 1000 times the amount of power generation by providing 14 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) to accelerate the vacuum direction and increase the power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 15 stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of a power generation method provided with 16 stages of vertical blade whole blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 17 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means Add gravity acceleration vertically downward + accelerate critical materials to increase the amount of vacuum power Various energy conservation cycle combination engines of the power generation method which provided 18 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means add gravity acceleration vertically downward + accelerate heavier materials in vacuum direction to increase power generation Various energy storage cycle coalescing engines of power generation method provided with 19 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use + water gravity, air speed and shock reduction speed add gravity acceleration vertically downward + increase heavy power as vacuum rolling direction rolling contact with heavy material Various energy conservation cycle combined engines of the power generation method provided with 20 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for aiming at. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means speed etc. add gravity acceleration vertically downward + heavier material as vacuum direction accelerated rolling contact power generation amount Various energy conservation cycle combined engines of the power generation method provided with 21 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use the ball (2E) together with the shock reduction means (2G) and store + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward + accelerate heavy substance with shock reduction means (2G) Various energy conservation cycle combined engines of the power generation method provided with 22 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means Add gravity acceleration vertically downward + accelerate critical materials to increase the amount of vacuum power Various energy conservation cycle combination engines of the power generation method which provided 23 stages of floating type whole blade gravity turbines equipped with friction loss reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means add gravity acceleration vertically downward + accelerate heavier materials in vacuum direction to increase power generation Various energy storage cycle combined engines of power generation method provided with 24 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use + water gravity, air speed and shock reduction speed add gravity acceleration vertically downward + increase heavy power as vacuum rolling direction rolling contact with heavy material Various energy storage cycle combined engines of power generation method provided with 25 stages of floating type all blade gravity turbine equipped with friction loss reduction means (3) aiming at. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means speed etc. add gravity acceleration vertically downward + heavier material as vacuum direction accelerated rolling contact power generation amount Various energy conservation cycle combined engines of the power generation method provided with 26 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Configuration and method for attracting and accelerating a turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) with vacuum vertically downward ++ Small diameter output increase with increase sphere lifter (2F) Use the ball (2E) together with the shock reduction means (2G) and store + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward + accelerate heavy substance with shock reduction means (2G) Various energy conservation cycle combined engines of the power generation method provided with 27 vertical stages of all-blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 28 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 29 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 30 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 31 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 32 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 33 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 34 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 35 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 36 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method provided with 37 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 38 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 39 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 40 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 41 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 42 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 43 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 44 stages of vertical rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method provided with 45 stages of vertical rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 46 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with forty-seven vertical rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 48 stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 49 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 50 stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 51 stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 52 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 53 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation methods provided with 54 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 55 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 56 stages of floating blade all blades gravity turbine equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 57 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 58 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 59 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 60 stages of vertical type all blade gravity turbines equipped with friction loss reduction means (3) aiming at the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 61 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 62 stages of vertical type all moving blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) With heat pump (1G) suction compression heat recovery + increase ball rise device (2F) raise as much as possible + increase ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) Uplift storage Use + Gravity acceleration added to water velocity, air velocity and impact reduction means velocity etc. Vertically accelerated downward + Specific critical substance in vacuum direction Acceleration power generation aiming at increase of electric power generation equipped with friction loss reduction means (3) Various energy storage cycle combined engine of the power generation method which installed all the moving blade gravity turbine in 63 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) With heat pump (1G) suction compression heat recovery + increase ball rise device (2F) raise as much as possible + increase ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) Uplift storage use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + accelerate the heavier material in vacuum direction and equipped with friction loss reduction means (3) aiming to increase power generation Various energy storage cycle combined engines with power generation method with 64-stage floating wing all-over gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) With heat pump (1G) suction compression heat recovery + increase ball rise device (2F) raise as much as possible + increase ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) Uplift storage and use + Add gravity acceleration to water velocity, air velocity and impact reduction means velocity etc. Upward vertically downward + equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact with heavy material Various energy storage cycle combined engines with power generation method with 65 types of vertical blades with all moving blades and gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) With heat pump (1G) suction compression heat recovery + increase ball rise device (2F) raise as much as possible + increase ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) Uplift storage Use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Frictional weight reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact with heavier material Various energy storage cycle combined engines with power generation method with 66 stages of vertical type all moving blades gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差を可能な限り上昇＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) With heat pump (1G) suction compression heat recovery + increase ball rise device (2F) raise as much as possible + increase ball increase device (2F) small diameter output increase ball (2E) with shock reduction means (2G) Uplift storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means speed etc. Acceleration vertically downward + acceleration of heavy substance with shock reduction means (2G) friction loss reduction means aiming at increase of power generation (3 A variety of energy storage cycle coalescing engines of the power generation method provided with 67 vertical stages of wing-type full blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Acceleration power generation amount aiming to increase the amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with a blade type all blade gravity turbine equipped with friction loss reduction means (3) in 69 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by generating friction 70 How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 71 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 72-stage floating blade all-in-one gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method provided with 73 vertical stages of wing-type all-wing gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine provided with 74 steps. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine provided with 75 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle combined engines of the power generation method provided with 76 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method which provided the reduction blade (3) with the floating-type all moving blade gravity turbine provided in 77 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount Increase of friction loss reduction means (3) equipped with a total loss of blade gravity turbine with 78 stages of power generation method Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation Power generation equipped with 79-stage all blade floating turbine gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) equipped with 80 vertical stages of rotor blade gravity turbine provided at 80 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 81 stages of floating blade all-in-one gravity turbine equipped with friction loss reducing means (3) for increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Vertically downward + accelerate heavy material with impact reduction means (2G) 82 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) to increase power Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 83 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 84 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 85 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with a floating all blade gravity turbine of 86 stages equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 87 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 88 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 89 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 90 vertical stages of floating blade all-over gravity turbine equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 91 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method comprising 92 stages of paddle-type full blade gravity turbines provided with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) by 2 to 25 times in multiple stages Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means Add gravity acceleration vertically downward + accelerate critical materials to increase the amount of vacuum power Various energy conservation cycle combined engines of the power generation method which provided 93 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) by 2 to 25 times in multiple stages ++ Increase in small diameter output by the increase ball lifter (2F) Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means add gravity acceleration vertically downward + accelerate heavier materials in vacuum direction to increase power generation Various energy storage cycle combined engines of the power generation method provided with 94 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for aiming at. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) by 2 to 25 times in multiple stages Use balls (2E) together with shock reduction means (2G) + save and use + water gravity, air speed and shock reduction speed add gravity acceleration vertically downward + increase heavy power as vacuum rolling direction rolling contact with heavy material Various energy conservation cycle combined engines of the power generation method provided with 95 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) by 2 to 25 times in multiple stages Use balls (2E) together with shock reduction means (2G) + save and use water + air speed and shock reduction means speed etc. add gravity acceleration vertically downward + heavier material as vacuum direction accelerated rolling contact power generation amount Various energy conservation cycle combined engines of the power generation method provided with 96 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically by arranging the critical material solar gravitational acceleration power generation turbine in multiple stages by combining the turbine blade cross section (4X) by 2 to 25 times in multiple stages ++ Increase in small diameter output by the increase ball lifter (2F) Use the ball (2E) together with the shock reduction means (2G) and store + use + add gravity acceleration to water speed, air speed, shock reduction means speed etc. vertically downward + accelerate heavy substance with shock reduction means (2G) Various energy conservation cycle combined engines of the power generation method provided with 97 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy storage cycle combined engines of power generation method provided with 98 stages of floating type all moving blades gravity turbine equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine provided with 99 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the floating type whole moving blade gravity turbine provided with 100) in 100 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle united engines of the power generation method provided with 101-stage vertical-type full bladed gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method which provided the floating type whole blade gravity turbine with reduction means (3) in 102 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount of friction loss reduction means (3) equipped with floating loss all blade floating turbine equipped with 103 stages Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with floating loss all blade gravity turbine equipped with friction loss reducing means (3) in 104 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material in vacuum direction accelerating rolling contact Power generation with a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation in 105 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increase of electric power generation amount is provided in 106 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 107 aim of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 108 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 109 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 110 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with a floating type all blade gravity turbine with 111 stages equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 112 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating with the reduction means (2G) to aim at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 113 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 114 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with a floating type all blade gravity turbine of 115 stages equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with the floating type all blade gravity turbine of 116 stages equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 117 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction accelerated power generation amount increase by means of friction loss reduction means (3) equipped with a paddle type all blade gravity turbine with 118 stages of power generation method Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + acceleration of heavier materials in vacuum direction to increase power generation Power generation equipped with vertical blade full blade gravity turbine equipped with friction loss reduction means (3) in 119 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increased power generation with power generation provided with 120 stages of floating blade gravity turbines in 120 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. Friction loss reducing means (3) aiming at increase of electric power generation. Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) Two-stage floating blade all-in-one gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine equipped with 3 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engines of the power generation method which provided four stages of floating type whole blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine provided with 5 stages in 5 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of the power generation method provided with six vertical stages of wing-type all-wing gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of a power generation method provided with seven vertical stages of floating wing all blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount aiming at increasing friction power reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + acceleration of heavier material in vacuum direction to increase power generation Power generation equipped with floating loss all blade gravity turbine equipped with friction loss reduction means (3) in 9 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 10 stages of floating all blade gravity turbine equipped with stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 11 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 12 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 13 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 14 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 15 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 16-stage vertical-type all-blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of a power generation method provided with 17 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of power generation method provided with 18 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method provided with vertical rotor blade gravity turbines of 19 stages equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of a power generation method provided with 20 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 21 stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 22 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount A friction loss reduction means (3) aiming at increase of power generation amount A power generation method provided with 23 stages of rotor type all blade gravity turbine Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with 24 stages of floating rotor full blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 25 stages of floating all blade gravity turbines provided How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 26 stages of floating blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 27 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of power generation method provided with 28 stages of vertical type all moving blades gravity turbine equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engines of the power generation method provided with a boat-shaped full bladed gravity turbine with 29 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy preservation cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine equipped with 30 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of power generation method provided with 31 stages of vertical type all moving blades gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method which provided the reduction type (3) with the vertical type all moving blade gravity turbine provided in 32 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction accelerated power generation rate A power loss method (33) equipped with a floating loss all blade gravitational turbine equipped with friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大方法とした摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation amount 34-stage vertical bladed floating turbine gravity turbine equipped with friction loss reduction means (3) Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 35 stages of floating all blade gravity turbines provided How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. 36 stages of floating rotor type gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation amount Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 37 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３８多段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 38 vertical multi-blade full blade gravity turbines equipped with friction loss reduction means (3) aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 39 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 40 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 41 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 42 stages of floating blade whole blade gravity turbines equipped with friction loss reduction means (3) which accelerates with power reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 43 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method provided with 44 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 45 stages of vertical blade whole blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 46 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with forty-seven floating rotor blade gravity turbines equipped with friction loss reduction means (3) that accelerates together with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction accelerated power generation rate A power generation method equipped with 48 stages of floating rotor blade gravity turbines equipped with friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with a rotor type all blade gravity turbine equipped with friction loss reduction means (3) in 49 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with 50-stage vertical bladed full blade gravity turbine equipped with friction loss reduction means (3) aiming at increased power generation How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 51 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at increase of power generation amount Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 52 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy storage cycle combined engines of power generation method provided with 53 stages of vertical type all moving blades gravity turbine equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engines of the power generation method provided with 54 stages of floating type all blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engines of the power generation method provided with 55 stages of floating type full blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of power generation method provided with 56 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy storage cycle combination engines of the power generation method provided with 57-stage vertical-type all moving-blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction accelerated power generation rate aiming at increasing the amount of generation of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with 59 vertical stages of rotor blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reducing means (3) equipped with 60 stages of floating all blade gravity turbine in 60 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 61 stages of vertical blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increase of power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 62 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 63 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of power generation method provided with 64-stage vertical bladed all-blade gravity turbine equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 65 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 66 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 67 stages of paddle-type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 68 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method which equipped the vertical type all blade gravity turbine with 69 stages equipped with friction loss reduction means (3) aiming at the direction of vacuum to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of a power generation method provided with 70 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 71 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by making vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 72 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration of power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with 74 stages of floating rotor full blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material in vacuum direction accelerating rolling contact Power generation equipped with a rotor type all moving blade gravity turbine equipped with friction loss reducing means (3) for 75 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation is provided in 76 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy material with impact reduction means (2G) 77 stages of bladed all-blade gravity turbine equipped with friction loss reduction means (3) to increase power generation Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method provided with 78 vertical stages of wing-type all-wing gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine provided with 79 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engines of the power generation method which provided the floating type whole blade gravity turbine with 80 stages in all stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of the power generation method provided with the vertical type all moving blade gravity turbine provided in 81 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy storage cycle combination engines of the power generation method which provided the reduction type (3) in the 82-stage floating wing all blade gravity turbine provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + acceleration of heavier material in vacuum direction to increase power generation Power generation equipped with 84 rotor type all blade gravity turbines equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reducing means (3) equipped with 85 stages of floating all gravity blades equipped with gravity turbines How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravitational turbine equipped with friction loss reducing means (3) aiming at increased power generation is provided in 86 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 87-stage floating blade all-in-one gravity turbine equipped with friction loss reduction means (3) for increasing power output Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 88 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 89 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 90-stage vertical bladed all-blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 91 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 92 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 93 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 94 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 95 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle combined engines of the power generation method provided with 96 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 97 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction Acceleration power generation amount aiming at increasing the amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with floating loss all blade gravity turbine equipped with friction loss reduction means (3) in 99 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increase of generated power How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a rotor loss gravity blade equipped with friction loss reducing means (3) aiming at increased power generation amount is provided in 101 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 102 stage of rotor blade all-over blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method provided with 103 vertical stages of floating wing all wing gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle united engines of the power generation method which provided the floating-type full bladed gravity turbine of (104) stages equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the floating type whole moving blade gravity turbine provided with 105 stages in 105 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle combined engines of the power generation method provided with 106 vertical stages of wing-type full blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy storage cycle united engines of the power generation method provided with 107 vertical stages of all-wing gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Acceleration power generation amount aiming to increase the amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + Heavier material is accelerated in the vacuum direction to increase power generation Power generation equipped with 109 vertical stages of rotor blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation equipped with 110 stages of floating all blade gravity turbines in 110 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation is provided in 111 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 112 stages of floating blade all blades gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 113 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 114 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with a floating all blade gravity turbine of 115 stages equipped with friction loss reduction means (3) aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 116 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 117 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method provided with 118 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method provided with a paddle-type all-blade gravity turbine having 119 stages equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of a power generation method provided with 120 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle combined engines of the power generation method provided with a floating all blade gravity turbine in one stage equipped with friction loss reduction means (3) aiming to increase the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with two stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction accelerated power generation rate A method of generating power with 3-stage vertical bladed all-blade gravity turbine equipped with friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with four-stage vertical blade full blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increased power generation with 5 stages of floating blade gravity turbines provided in 5 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, 6 stages of vertical blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 7 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine equipped with 8 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy conservation cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine equipped with 9 stages in 9 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy preservation cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine equipped with 10) in 10 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle united engines of the power generation method provided with 11 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method provided with a vertical type all moving blade gravity turbine provided with reduction means (3) in 12 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration of power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + acceleration of heavier material in vacuum direction to increase power generation Power generation equipped with 14 stages of floating all blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material in vacuum direction accelerating rolling contact Power generation equipped with a floating loss all blade gravity turbine equipped with friction loss reducing means (3) in 15 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation is provided in 16 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials with impact reduction means (2G) by adding vertical acceleration downward + friction loss reduction means (3) aiming at increase of electric power generation amount Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 18 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 19 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase the power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 20 vertical floating blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 21 stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 22 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) which accelerates together with reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of power generation method provided with 23 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method provided with 24 stages of vertical rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 25 stages of vertical type all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 26 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 27 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + Specific critical material in vacuum direction Accelerated power generation amount Equipped with friction loss reduction means (3) aiming at increasing the amount of power generation installed 28 stages of floating blade gravity turbine Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavier material in vacuum direction to increase power generation by friction loss reduction means (3) equipped with all blade gravity turbine with 29 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavy materials in vacuum direction accelerated rolling contact, 30 stages of rotor type full blade gravity turbine equipped with friction loss reduction means (3) aiming to increase power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to speed etc. Vertically downward acceleration + heavier material in vacuum direction accelerated rolling contact, 31 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming to increase power generation Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed etc. Vertical downward + Acceleration of heavy material with impact reduction means (2G) Friction loss reduction means (3) aiming at increase of power output The various energy storage cycles combined engine of power generation method provided in 32 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to the speed etc. Vertically downward + specific material in vacuum direction accelerated power generation amount An increase in the amount of friction loss reduction means (3) equipped with friction loss reduction means (3) Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavier material in vacuum direction to increase power generation by friction loss reduction means (3) equipped with 34 types of rotor blade gravity turbine equipped with friction loss reduction means (3) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavy materials in vacuum direction accelerated rolling contact, friction loss reduction means (3) aiming at increase of electric energy to increase power output Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + Vertically heavier material as vacuum direction accelerated rolling contact 36th stage of blade-type all-blade gravity turbine equipped with friction loss reduction means (3) aiming at increasing power generation Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed etc. Vertical downward + Acceleration of heavy material with impact reduction means (2G) Friction loss reduction means (3) aiming at increase of power output The various energy conservation cycle combined engine of the power generation method provided in 37 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 38 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 39 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 40 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 41 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 42 stages of floating blade whole blade gravity turbines equipped with friction loss reduction means (3) which accelerates with power reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 43 vertical stages of all-blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 44 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 45 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of a power generation method provided with 46 vertical stages of full blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method provided with 47 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 48 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming at power generation amount increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 49 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of a power generation method provided with 50 vertical floating blade all-over gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 51 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 52 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase the power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method provided with 53 stages of vertical rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method provided with 54 stages of vertical rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 55 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 56 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 57 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 58 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 59 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 60 vertical all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 61 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of a power generation method provided with 62 vertical floating blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 63 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 64-stage floating blade all blade gravity turbine equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with the rotor type whole blade gravity turbine of 65 stages equipped with the friction loss reduction means (3) which accelerates with the reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 66 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 67 stages of paddle-type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 68 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 69 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 70 vertical stages of all-blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 71 vertical stages of floating blade all-blade gravity turbine equipped with friction loss reduction means (3) aiming at the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 72 vertical stages of all-blade gravity turbines equipped with friction loss reduction means (3) aiming at the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertical downward acceleration + Specific critical materials in the vacuum direction Accelerated generation of power by using a friction loss reduction means (3) for all rotor blade gravity Various energy storage cycle combined engines with power generation method with 73 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + More weight loss in the vacuum direction by accelerating heavier materials to increase power generation by vertical loss full motion 竪 type Various energy storage cycle combined engines with power generation method with blade gravity turbine provided at 74 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertical downward acceleration + Heavy material with vacuum direction acceleration rolling contact Friction loss reduction means (3) aiming to increase the amount of power generation Vertical motion full motion Various energy storage cycle combined engines with power generation method provided with 75 stages of blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + heavier material as vacuum direction accelerated rolling contact Friction loss reduction means (3) aimed at increasing power output Various energy storage cycle combined engine of the power generation method which installed the blade gravity turbine in 76 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity etc. Vertically accelerated downward + equipped with friction loss reduction means (3) aiming to increase power generation by accelerating heavy material with impact reduction means (2G) Various energy storage cycle combined engines with power generation method with 77-stage vertical turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount Increase of friction loss reduction means (3) equipped with a total loss of blade gravity turbine with 78 stages of power generation method Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation Power generation equipped with 79-stage all blade floating turbine gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) equipped with 80 vertical stages of rotor blade gravity turbine provided at 80 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 81 stages of floating blade all-in-one gravity turbine equipped with friction loss reducing means (3) for increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Vertically downward + accelerate heavy material with impact reduction means (2G) 82 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) to increase power Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method provided with 83 vertical stages of floating all blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engines of the power generation method which provided the floating type whole blade gravity turbine of 84 stages in all stages equipped with the タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy preservation cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine provided with) in 85 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of the power generation method provided with the vertical type all moving blade gravity turbine provided in 86 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combined engines of the power generation method provided with 87 vertical stages of all-wing gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration of power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation Power generation equipped with 89 rotor type all blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with 90% vertical bladed floating turbine gravity turbine equipped with friction loss reduction means (3) aiming at increased power generation How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. 91 stages of floating rotor type gravity turbine equipped with friction loss reducing means (3) aiming to increase power generation amount Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) 92 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 93 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 94 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method provided with 95 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 96 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 97 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) which accelerates together with reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of power generation method provided with 98 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with the boat type all blade gravity turbine of 99 stages equipped with friction loss reduction means (3) aiming at vacuum direction acceleration and aiming at power generation amount increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 100 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with a vertical type all blade gravity turbine with 101 stages of friction loss reduction means (3) aiming at increase of electric power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 102 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount of friction loss reduction means (3) equipped with floating loss all blade floating turbine equipped with 103 stages Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with floating loss all blade gravity turbine equipped with friction loss reducing means (3) in 104 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material in vacuum direction accelerating rolling contact Power generation with a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation in 105 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increase of electric power generation amount is provided in 106 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 107 aim of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method provided with 108 stages of floating type all moving blades gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engine of the power generation method which provided the floating type whole moving blade gravity turbine provided with 109 stages in 109 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle united engines of the power generation method provided with 110 stages of floating type full blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of the power generation method provided with the vertical type all moving blade gravity turbine equipped with 111 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method which provided the floating type whole blade gravity turbine with reduction means (3) in 112 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with a floating loss all blade gravity turbine equipped with friction loss reduction means (3) in 114 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation at 115 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and equipped with friction loss reducing means (3) aiming at increasing power generation with a total blade floating turbine with 116 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 117 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 118 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with a paddle type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation amount increase by accelerating in vacuum direction in 119 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines of a power generation method provided with 120 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with a vertical type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of a power generation method provided with a two-stage vertical blade full blade gravity turbine equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of power generation method provided with three stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle combined engines of the power generation method provided with four vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with five stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with six vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation with vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with seven vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount aiming at increasing friction power reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross-section (4X) + heat absorbing material (2B) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + acceleration of heavier material in vacuum direction to increase power generation Power generation equipped with floating loss all blade gravity turbine equipped with friction loss reduction means (3) in 9 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 10 stages of floating all blade gravity turbine equipped with stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 11 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 12 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of power generation method provided with 13 stages of vertical type all moving blades gravity turbine equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engines of the power generation method which provided 14 stages of floating type whole blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine provided with 15 stages in 15 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of the power generation method provided with the vertical type all moving blade gravity turbine equipped with 16 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method provided with 17 vertical stages of rotor type all blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction accelerated power generation rate aiming at increasing power generation of friction loss reducing means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with a rotor type all blade gravity turbine equipped with friction loss reduction means (3) in 19 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increase of generated power How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 21 stages of floating blade all-in-one gravity turbine equipped with friction loss reducing means (3) for increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Acceleration vertically downward + acceleration of heavy material with impact reduction means (2G) 22 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming to increase power generation Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method provided with 23 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 24 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at vacuum generation to accelerate power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method provided with 25 stages of vertical rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 26 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 27 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of the power generation method provided with 28 stages of floating type all blade gravity turbine equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 29 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of a power generation method provided with 30 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 31 stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 32 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction accelerated power generation rate A power loss method (33) equipped with a floating loss all blade gravitational turbine equipped with friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with 34-stage vertical blade all-blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 35 stages of floating all blade gravity turbines provided How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. 36 stages of floating rotor type gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation amount Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 37 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy storage cycle combined engines of power generation method provided with 38 stages of vertical type all moving blades gravity turbine equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine which equipped with 39 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy conservation cycle combined engines of the power generation method which provided 40 stages of floating type full blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of power generation method provided with 41 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy storage cycle combination engines of the power generation method which provided the reduction type (3) in the 42-stage vertical bladed all moving blade gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with floating loss all blade gravity turbine equipped with friction loss reducing means (3) in 44 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 45 stages of floating all blade gravity turbines provided How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 46 stages of floating blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increase of electric power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) to increase power output by increasing friction by means of friction loss reduction means (3) Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of a power generation method provided with 48 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 49 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 50 vertical floating blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 51 stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of a power generation method provided with 52 stages of floating all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 53 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 54 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 55 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 56 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 57 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) for accelerating with the impact reduction means (2G) to aim at increase of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction accelerated power generation rate aiming at increasing the amount of generation of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with 59 vertical stages of rotor blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reducing means (3) equipped with 60 stages of floating all blade gravity turbine in 60 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 61 stages of vertical blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increase of power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 62 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method provided with 63 vertical stages of wing-type all-wing gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine which equipped with 64 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 A variety of energy storage cycle coalescing engines of the power generation method provided with 65 vertical stages of wing-type full blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of power generation method provided with 66 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method provided with 67 vertical stages of wing-type all blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Acceleration power generation amount aiming to increase the amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with a blade type all blade gravity turbine equipped with friction loss reduction means (3) in 69 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by generating friction 70 How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 71 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 72-stage floating blade all-in-one gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 73 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 74 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 75 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with a floating all blade gravity turbine of 76 stages equipped with friction loss reduction means (3) aiming at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 77 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of the power generation method provided with 78 vertical rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 79 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 80 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle combined engines of the power generation method provided with 81 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method comprising 82 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + acceleration of heavier material in vacuum direction to increase power generation Power generation equipped with 84 rotor type all blade gravity turbines equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reducing means (3) equipped with 85 stages of floating all gravity blades equipped with gravity turbines How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravitational turbine equipped with friction loss reducing means (3) aiming at increased power generation is provided in 86 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 87-stage floating blade all-in-one gravity turbine equipped with friction loss reduction means (3) for increasing power output Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method which provided 88 type of floating type all blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engines of the power generation method which provided 89 stages of floating type whole blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engines of the power generation method which provided 90-stage vertical-type full blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of the power generation method provided with 91 stages of floating type all blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation The various energy storage cycle united engine of the power generation method which provided 92 steps of floating type | mold whole blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction Acceleration power generation amount aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + acceleration of heavier material in vacuum direction to increase power generation Power generation equipped with 94 rotor type all blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increased power generation with a total blade gravity turbine installed in 95 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact, 96 stages of floating blade all-in-one gravity turbine equipped with friction loss reducing means (3) aiming to increase power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + acceleration of heavy material with impact reduction means (2G) to increase power generation by increasing friction by means of friction loss reduction means (3) 97 Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 98 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of power generation method provided with 99 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 100 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with a vertical type all moving blade gravity turbine provided with friction loss reduction means (3) aiming at increase of electric power generation as vacuum direction accelerated rolling contact in 101 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 102 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of the power generation method provided with 103 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 104 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with a floating all blade gravity turbine with 105 stages including friction loss reduction means (3) aiming at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 106 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 107 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Acceleration power generation amount aiming to increase the amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + Heavier material is accelerated in the vacuum direction to increase power generation Power generation equipped with 109 vertical stages of rotor blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation equipped with 110 stages of floating all blade gravity turbines in 110 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross-section (4X) + heat absorbing material (2B) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation is provided in 111 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 112 stages of floating blade all blades gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy storage cycle combined engines of the power generation method provided with 113 vertical stages of all-wing gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle united engines of the power generation method provided with 114 stages of floating type full blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the floating type whole moving blade gravity turbine provided with 115 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle combined engines of the power generation method provided with a vertical type all moving blade gravity turbine having 116 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method provided with 117 vertical stages of wing-type all blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction accelerated power generation amount increase by means of friction loss reduction means (3) equipped with a paddle type all blade gravity turbine with 118 stages of power generation method Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + acceleration of heavier materials in vacuum direction to increase power generation Power generation equipped with vertical blade full blade gravity turbine equipped with friction loss reduction means (3) in 119 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increased power generation with power generation provided with 120 stages of floating blade gravity turbines in 120 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. Friction loss reducing means (3) aiming at increase of electric power generation. Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) Two-stage floating blade all-in-one gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with three vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with four vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming at increase of power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method provided with 5-stage vertical blade all gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with six vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with seven vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with eight vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 9 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 10 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with the floating type all blade gravity turbine of 11 stages equipped with the friction loss reduction means (3) aiming at power generation increase as vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method comprising 12 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration of power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + acceleration of heavier material in vacuum direction to increase power generation Power generation equipped with 14 stages of floating all blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material in vacuum direction accelerating rolling contact Power generation equipped with a floating loss all blade gravity turbine equipped with friction loss reducing means (3) in 15 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation is provided in 16 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross-section (4X) + heat absorbing material (2B) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials with impact reduction means (2G) by adding vertical acceleration downward + friction loss reduction means (3) aiming at increase of electric power generation amount Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy storage cycle combined engines of power generation method provided with 18 stages of vertical type all moving blades gravity turbine equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine equipped with) in 19 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method provided with a boat-shaped all moving blade gravity turbine provided with 20 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of power generation method provided with 21 stages of vertical type all moving blades gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method which provided 22 stages of floating type total blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount A friction loss reduction means (3) aiming at increase of power generation amount A power generation method provided with 23 stages of rotor type all blade gravity turbine Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with 24 stages of floating rotor full blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 25 stages of floating all blade gravity turbines provided How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 26 stages of floating blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 27 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 28 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 29 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 30 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 31 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 32 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of a power generation method provided with 33 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 34 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 35 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 36 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 37 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) that accelerates together with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + specific material in vacuum direction accelerated power generation amount An increase in the amount of friction loss reduction means (3) equipped with friction loss reduction means (3) Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavier material in vacuum direction to increase power generation by increasing friction by means of friction loss reduction means (3) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact acceleration means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavy materials in vacuum direction accelerated rolling contact Contacting the rotor blade gravity turbine with friction loss reduction means (3) aiming at increasing power generation to 40 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + Vertically heavier material in vacuum direction accelerated rolling contact, 41 stages of floating blade all-in-one gravity turbine equipped with friction loss reduction means (3) aiming to increase power generation Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed etc. Vertical downward + Acceleration of heavy material with impact reduction means (2G) Friction loss reduction means (3) aiming at increase of power output The various energy storage cycles combined engine of the power generation method provided in 42 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to the speed etc. Vertically downward + specific material in vacuum direction accelerated power generation amount An increase in the amount of friction loss reduction means (3) equipped with friction loss reduction means (3) Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavier material in vacuum direction to increase power generation by friction loss reduction means (3) equipped with a floating all blade gravity turbine with 44 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavy materials in vacuum direction accelerated rolling contact, friction loss reduction means (3) aiming at increased power generation with 45 stages of floating blade full blade gravity turbine Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed etc. Vertically downward acceleration + heavier material as vacuum direction accelerated rolling contact, 46 stages of floating blade all blades gravity turbine equipped with friction loss reduction means (3) aiming at increasing power Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed etc. Vertical downward + Acceleration of heavy material with impact reduction means (2G) Friction loss reduction means (3) aiming at increase of power output The various energy storage cycle united engines of the power generation method provided in 47 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of a power generation method provided with 48 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 49 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 50 vertical floating blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 51 stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of a power generation method provided with 52 stages of floating all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method provided with 53 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of power generation method provided with 54 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at increase of vacuum direction accelerated power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 55 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 56 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 57 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 58 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 59 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 60 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 61 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 62 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation methods provided with 63 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 64-stage vertical blade all gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 65 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 66 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 67 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 68 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 69 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of a power generation method provided with 70 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 71 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 72 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 73 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 74 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) which accelerates together with reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with the rotor type whole blade gravity turbine of 75 stages equipped with the friction loss reduction means (3) which accelerates with power reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with the floating type all blade gravity turbine of 76 stages equipped with the friction loss reduction means (3) which accelerates with power reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 77 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 78 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of power generation method provided with 79 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 80 stages of vertical type all moving blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 81 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 82 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertical downward acceleration + Specific critical materials in the vacuum direction Accelerated generation of power by using a friction loss reduction means (3) for all rotor blade gravity Various energy storage cycle combined engines with power generation method with 83 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + More weight loss in the vacuum direction by accelerating heavier materials to increase power generation by vertical loss full motion 竪 type Various energy storage cycle combined engines with power generation method with 84 stages of blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertical downward acceleration + Heavy material with vacuum direction acceleration rolling contact Friction loss reduction means (3) aiming to increase the amount of power generation Vertical motion full motion Various energy storage cycle combined engines with power generation method with blade gravity turbine provided in 85 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + heavier material as vacuum direction accelerated rolling contact Friction loss reduction means (3) aimed at increasing power output Various energy storage cycle combined engines with power generation method with 86 stages of rotor blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity etc. Vertically accelerated downward + equipped with friction loss reduction means (3) aiming to increase power generation by accelerating heavy material with impact reduction means (2G) Various energy storage cycle combined engines with power generation method with 87 vertical stages of all-wing gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration of power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation Power generation equipped with 89 rotor type all blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with 90% vertical bladed floating turbine gravity turbine equipped with friction loss reduction means (3) aiming at increased power generation How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. 91 stages of floating rotor type gravity turbine equipped with friction loss reducing means (3) aiming to increase power generation amount Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavy material with impact reduction means (2G) 92 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method provided with 93 stages of vertical type all moving blades gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy preservation cycle combined engine of the power generation method which provided the vertical type whole moving blade gravity turbine which equipped with the 94 steps. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine which equipped with 95 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle combined engines of power generation method provided with 96 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy storage cycle combination engines of the power generation method which provided the reduction blade (3) in a 97-stage floating wing all blade gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction Acceleration power generation amount aiming at increasing the amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with floating loss all blade gravity turbine equipped with friction loss reduction means (3) in 99 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increase of generated power How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a rotor loss gravity blade equipped with friction loss reducing means (3) aiming at increased power generation amount is provided in 101 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 102 stage of rotor blade all-over blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 103 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 104 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming at increase of power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 105 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 106 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 107 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2 G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 108 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle combined engines of the power generation method provided with 109 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 110 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle combined engines of the power generation method provided with a floating type all blade gravity turbine with 111 stages equipped with friction loss reduction means (3) aiming at increase of power generation amount by making vacuum direction acceleration rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with a floating all blade gravity turbine having 112 stages equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with a floating loss all blade gravity turbine equipped with friction loss reduction means (3) in 114 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation at 115 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and equipped with friction loss reducing means (3) aiming at increasing power generation with a total blade floating turbine with 116 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 117 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy storage cycle combined engines of the power generation method provided with 118 vertical stages of all-wing gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine which equipped with the 119 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided 120 stages of floating type whole blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of the power generation method provided with a paddle-shaped all moving blade gravity turbine provided in one stage. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of a power generation method provided with a vertical type all moving blade gravity turbine provided with reduction means (3) in two stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction accelerated power generation rate A method of generating power with 3-stage vertical bladed all-blade gravity turbine equipped with friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with four-stage vertical blade full blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increased power generation with 5 stages of floating blade gravity turbines provided in 5 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, 6 stages of vertical blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 7 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with eight vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 9 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 10 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 11 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of a power generation method provided with 12 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 13 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 14 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 15 stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of a power generation method provided with 16 stages of vertical blade whole blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 17 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction accelerated power generation rate aiming at increasing power generation of friction loss reducing means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with a rotor type all blade gravity turbine equipped with friction loss reduction means (3) in 19 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increase of generated power How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 21 stages of floating blade all-in-one gravity turbine equipped with friction loss reducing means (3) for increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Acceleration vertically downward + acceleration of heavy material with impact reduction means (2G) 22 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming to increase power generation Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of power generation method provided with 23 stages of floating type all moving blades gravity turbine equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine which equipped with 24 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy conservation cycle combined engines of the power generation method which provided 25 stages of floating type all blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of power generation method provided with 26 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of a power generation method provided with 27 vertical stages of rotor type all blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation with friction loss reducing means (3) equipped with vertical rotor full blade gravity turbine in 29 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increase of generated power How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. Friction loss reducing means (3) aiming at increasing power generation capacity. Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy material with impact reduction means (2G) 32 stages of floating blade all-in-one gravity turbine equipped with friction loss reduction means (3) to increase power generation Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 33 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 34 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 35 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 36 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 37 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 38 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 39 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 40 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 41 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation with vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 42 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross-section (4X) + heat absorbing material (2B) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with floating loss all blade gravity turbine equipped with friction loss reducing means (3) in 44 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 45 stages of floating all blade gravity turbines provided How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを４６段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大方法とした各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing 46 stages of a specific material solar gravitational acceleration power generation turbine with a turbine blade cross-section (4X) 2 to 25 times the structure + method of heat absorbing material (2B) heating internal air ( 28a) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) Small diameter output increase ball (2E) together with shock reduction means (2G) as rising storage + Water speed, air speed and shock reduction Means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier materials as vacuum direction accelerated rolling contact Various energy storage cycle combined engine with power generation increase method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) to increase power output by increasing friction by means of friction loss reduction means (3) Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of power generation method provided with 48 stages of floating type all moving blades gravity turbine equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine which equipped with 49 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the floating type whole moving blade gravity turbine provided with 50 stages in 50 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of power generation method provided with 51 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of a power generation method provided with 52 stages of floating type all blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction accelerated power generation with friction loss reduction means (3) aiming at increase of power generation method Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with 54 stages of floating rotor full blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 55 stages of floating all blade gravity turbines provided How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 56 stages of floating blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials with impact reduction means (2G) vertically downward + acceleration of heavy material with friction reduction means (3) aiming at increase of power generation 57 Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 58 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 59 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 60 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 61 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 62 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 63 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with the floating type all blade gravity turbine of 64 stages equipped with the friction loss reduction means (3) aiming at electric power direction increase by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with a row type all moving blade gravity turbine provided with friction loss reduction means (3) aiming at increase of electric power generation as vacuum direction accelerated rolling contact at 65 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 66 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of power generation method provided with 67 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Acceleration power generation amount aiming to increase the amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with a blade type all blade gravity turbine equipped with friction loss reduction means (3) in 69 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation by generating friction 70 How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 71 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 72-stage floating blade all-in-one gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method provided with 73 vertical stages of wing-type all-wing gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine provided with 74 steps. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine provided with 75 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle combined engines of the power generation method provided with 76 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method which provided the reduction blade (3) with the floating-type all moving blade gravity turbine provided in 77 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount Increase of friction loss reduction means (3) equipped with a total loss of blade gravity turbine with 78 stages of power generation method Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavier material in vacuum direction to increase power generation Power generation equipped with 79-stage all blade floating turbine gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) equipped with 80 vertical stages of rotor blade gravity turbine provided at 80 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 81 stages of floating blade all-in-one gravity turbine equipped with friction loss reducing means (3) for increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Vertically downward + accelerate heavy material with impact reduction means (2G) 82 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) to increase power Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 83 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 84 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 85 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with a floating all blade gravity turbine of 86 stages equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 87 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 88 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 89 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 90 vertical stages of floating blade all-over gravity turbine equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 91 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method comprising 92 stages of paddle-type full blade gravity turbines provided with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction Acceleration power generation amount aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + acceleration of heavier material in vacuum direction to increase power generation Power generation equipped with 94 rotor type all blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increased power generation with a total blade gravity turbine installed in 95 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + heavier material in vacuum direction accelerated rolling contact, 96 stages of floating blade all-in-one gravity turbine equipped with friction loss reducing means (3) aiming to increase power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + acceleration of heavy material with impact reduction means (2G) to increase power generation by increasing friction by means of friction loss reduction means (3) 97 Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy storage cycle combined engines of power generation method provided with 98 stages of floating type all moving blades gravity turbine equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine provided with 99 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the floating type whole moving blade gravity turbine provided with 100) in 100 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle united engines of the power generation method provided with 101-stage vertical-type full bladed gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method which provided the floating type whole blade gravity turbine with reduction means (3) in 102 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount of friction loss reduction means (3) equipped with floating loss all blade floating turbine equipped with 103 stages Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with floating loss all blade gravity turbine equipped with friction loss reducing means (3) in 104 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material in vacuum direction accelerating rolling contact Power generation with a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation in 105 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increase of electric power generation amount is provided in 106 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 107 aim of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 108 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 109 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 110 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with a floating type all blade gravity turbine with 111 stages equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 112 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating with the reduction means (2G) to aim at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 113 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 114 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with a floating type all blade gravity turbine of 115 stages equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with the floating type all blade gravity turbine of 116 stages equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 117 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction accelerated power generation amount increase by means of friction loss reduction means (3) equipped with a paddle type all blade gravity turbine with 118 stages of power generation method Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + acceleration of heavier materials in vacuum direction to increase power generation Power generation equipped with vertical blade full blade gravity turbine equipped with friction loss reduction means (3) in 119 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increased power generation with power generation provided with 120 stages of floating blade gravity turbines in 120 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. Friction loss reducing means (3) aiming at increase of electric power generation. Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) Two-stage floating blade all-in-one gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine equipped with 3 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engines of the power generation method which provided four stages of floating type whole blade gravity turbines equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine provided with 5 stages in 5 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of the power generation method provided with six vertical stages of wing-type all-wing gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of a power generation method provided with seven vertical stages of floating wing all blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount aiming at increasing friction power reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + acceleration of heavier material in vacuum direction to increase power generation Power generation equipped with floating loss all blade gravity turbine equipped with friction loss reduction means (3) in 9 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 10 stages of floating all blade gravity turbine equipped with stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 11 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 12 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 13 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 14 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 15 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 16-stage vertical-type all-blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of a power generation method provided with 17 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of power generation method provided with 18 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method provided with vertical rotor blade gravity turbines of 19 stages equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of a power generation method provided with 20 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 21 stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 22 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount A friction loss reduction means (3) aiming at increase of power generation amount A power generation method provided with 23 stages of rotor type all blade gravity turbine Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with 24 stages of floating rotor full blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 25 stages of floating all blade gravity turbines provided How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 26 stages of floating blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 27 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of power generation method provided with 28 stages of vertical type all moving blades gravity turbine equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engines of the power generation method provided with a boat-shaped full bladed gravity turbine with 29 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy preservation cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine equipped with 30 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy conservation cycle combined engines of power generation method provided with 31 stages of vertical type all moving blades gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method which provided the reduction type (3) with the vertical type all moving blade gravity turbine provided in 32 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction accelerated power generation rate A power loss method (33) equipped with a floating loss all blade gravitational turbine equipped with friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with 34-stage vertical blade all-blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 35 stages of floating all blade gravity turbines provided How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. 36 stages of floating rotor type gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation amount Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 37 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 38 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 39 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming at increasing power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 40 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 41 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 42 stages of floating blade whole blade gravity turbines equipped with friction loss reduction means (3) which accelerates with power reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 43 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of the power generation method provided with 44 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 45 stages of vertical blade whole blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 46 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with forty-seven floating rotor blade gravity turbines equipped with friction loss reduction means (3) that accelerates together with impact reduction means (2G) to increase power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to the speed, etc. Vertically accelerated downwards + specific material in vacuum direction Accelerated power generation amount A 48-step vertical blade full blade gravity turbine equipped with friction loss reduction means (3) Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation by increasing friction by means of friction loss reduction means (3) Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavy materials in vacuum direction accelerated rolling contact 50% -bladed full bladed gravity turbine equipped with friction loss reduction means (3) to increase power generation Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + Vertically heavier material in vacuum direction accelerated rolling contact with friction loss reduction means (3) aiming at increased power generation with 51 stages of floating blade full blade gravity turbine Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed etc. Vertical downward + Acceleration of heavy material with impact reduction means (2G) Friction loss reduction means (3) aiming at increase of power output The various energy storage cycle united engines of the power generation method provided in 52 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + specific material in vacuum direction accelerated power generation amount An increase in the amount of friction loss reduction means (3) equipped with friction loss reduction means (3) Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation by friction loss reduction means (3) equipped with 54 type floating blade full blade gravity turbine Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward + acceleration of heavy materials in vacuum direction accelerated rolling contact Contacting the rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase to 55 stages Various energy storage cycle combination engine of the power generation method provided. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Gravity acceleration added to speed etc. Vertically downward acceleration + heavier material in vacuum direction accelerated rolling contact, 56 stages of rotor type all blade gravity turbine equipped with friction loss reduction means (3) aiming to increase power generation Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を真空で垂直下方に吸引加速する構成や方法＋空気管空気を吸入圧縮熱回収して高温水（５２ｂ）と圧縮空気（２８ａ）で夫々タービン駆動する＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Turbine blade cross section (4X) 2 to 25 times the ratio Critical material solar gravity acceleration power generation output increase ball (2E) configuration and method to suck and accelerate vertically downward in vacuum + air tube air suction suction heat recovery high temperature Water is driven by water (52b) and compressed air (28a) respectively + increased ball lifter (2F) and small diameter output increase ball (2E) is used together with shock reduction means (2G) to raise + use water speed and air speed Impact reduction means Add gravity acceleration to speed etc. Vertical downward + Acceleration of heavy material with impact reduction means (2G) Friction loss reduction means (3) aiming at increase of power output The various energy storage cycle united engines of the power generation method provided in 57 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 58 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 59 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction and aiming to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 60 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 61 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 62 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase by accelerating with reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 63 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of a power generation method provided with 64-stage vertical bladed all-blade gravity turbines equipped with friction loss reduction means (3) for increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of a power generation method provided with 65 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 66 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 67 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 68 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 69 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 70 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase the power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 71 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy storage cycle coalescing engines of a power generation method provided with 72 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 73 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines of the power generation method provided with 74 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 75 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle combined engines of the power generation method provided with a floating all blade gravity turbine of 76 stages equipped with friction loss reducing means (3) aiming at increasing the amount of power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with 77 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with the floating type all blade gravity turbine of 78 stages equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 79 stages of floating type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 80 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 81 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 82 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 83 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 84 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 85 stages of paddle type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating with the reduction means (2G) to aim at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 86 vertical floating blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 87 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 88 vertical stages of all-blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 89 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 90 stages of vertical type all moving blade gravity turbines equipped with friction loss reduction means (3) aiming at the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 91 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆水銀を垂直下方に加速する構造や方法＋蓄電池駆動各種船舶類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated mercury vertically downward by providing a multi-stage solar light gravity acceleration power generation turbine with 2 to 25 times the ratio critical substance solar gravitational acceleration power generation turbine of the turbine blade cross section (4X) Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + Save and use gravity acceleration + water speed, air speed, shock reduction means speed etc. + vertically downward acceleration + same water volume maximum Various energy conservation cycle combined engines of the power generation method provided with 92 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at the amount of power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertical downward acceleration + Specific critical materials in the vacuum direction Accelerated generation of power by using a friction loss reduction means (3) for all rotor blade gravity Various energy storage cycle combined engines with power generation method with 93 stages of turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + More weight loss in the vacuum direction by accelerating heavier materials to increase power generation by vertical loss full motion 竪 type Various energy storage cycle combined engines with power generation method provided with 94 stages of blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertical downward acceleration + Heavy material with vacuum direction acceleration rolling contact Friction loss reduction means (3) aiming to increase the amount of power generation Vertical motion full motion Various energy storage cycle combined engines with power generation method with 95 blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity, etc. Vertically accelerated downward + heavier material as vacuum direction accelerated rolling contact Friction loss reduction means (3) aimed at increasing power output Various energy storage cycle combined engine of power generation method which installed moving blade gravity turbine in 96 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で落差増大＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the steel ball vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2-25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) In the heat pump (1G) suction compression heat recovery + increase ball lift device (2F) increase in drop + increase ball lift device (2F) small diameter output increase ball (2E) as well as shock reduction means (2G) + Gravity acceleration added to water velocity, air velocity, impact reduction means velocity etc. Vertically accelerated downward + equipped with friction loss reduction means (3) aiming to increase power generation by accelerating heavy material with impact reduction means (2G) Various energy storage cycle combined engines with power generation method with 97 stages of vertical bladed all blades gravity turbine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction Acceleration power generation amount aiming at increasing the amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with floating loss all blade gravity turbine equipped with friction loss reduction means (3) in 99 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increase of generated power How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a rotor loss gravity blade equipped with friction loss reducing means (3) aiming at increased power generation amount is provided in 101 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 102 stage of rotor blade all-over blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method provided with 103 vertical stages of floating wing all wing gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle united engines of the power generation method which provided the floating-type full bladed gravity turbine of (104) stages equipped with. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the floating type whole moving blade gravity turbine provided with 105 stages in 105 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle combined engines of the power generation method provided with 106 vertical stages of wing-type full blade gravity turbines. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy storage cycle united engines of the power generation method provided with 107 vertical stages of all-wing gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction Acceleration power generation amount aiming to increase the amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical acceleration is accelerated downward + Heavier material is accelerated in the vacuum direction to increase power generation Power generation equipped with 109 vertical stages of rotor blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation equipped with 110 stages of floating all blade gravity turbines in 110 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation is provided in 111 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 112 stages of floating blade all blades gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 113 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 114 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy conservation cycle combined engines of the power generation method provided with a floating all blade gravity turbine of 115 stages equipped with friction loss reduction means (3) aiming at increasing power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 116 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 117 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of power generation method provided with 118 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method provided with a paddle-type all-blade gravity turbine having 119 stages equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of a power generation method provided with 120 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle combined engines of the power generation method provided with a floating all blade gravity turbine in one stage equipped with friction loss reduction means (3) aiming to increase the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with two stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific critical material in vacuum direction accelerated power generation rate A method of generating power with 3-stage vertical bladed all-blade gravity turbine equipped with friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Acceleration is made vertically downward + acceleration of heavier materials in the vacuum direction to increase power generation Power generation equipped with four-stage vertical blade full blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increased power generation with 5 stages of floating blade gravity turbines provided in 5 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, 6 stages of vertical blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 7 stages of floating blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy conservation cycle combined engines of the power generation method which provided the vertical type all moving blade gravity turbine equipped with 8 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy conservation cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine equipped with 9 stages in 9 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy preservation cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine equipped with 10) in 10 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle united engines of the power generation method provided with 11 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method provided with a vertical type all moving blade gravity turbine provided with reduction means (3) in 12 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration of power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration is made vertically downward + acceleration of heavier material in vacuum direction to increase power generation Power generation equipped with 14 stages of floating all blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material in vacuum direction accelerating rolling contact Power generation equipped with a floating loss all blade gravity turbine equipped with friction loss reducing means (3) in 15 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and a floating loss all blade gravity turbine equipped with friction loss reducing means (3) aiming at increased power generation is provided in 16 stages Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials with impact reduction means (2G) by adding vertical acceleration downward + friction loss reduction means (3) aiming at increase of electric power generation amount Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 18 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 19 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase the power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of a power generation method provided with 20 vertical floating blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 21 stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy conservation cycle combined engines of the power generation method provided with 22 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) which accelerates together with reduction means (2G) and aims at power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of power generation method provided with 23 vertical stages of all blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method provided with 24 stages of vertical rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 25 stages of vertical type all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 26 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of power generation by making vacuum direction accelerating rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 27 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration power generation aiming at increase of generation amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation with friction loss reducing means (3) equipped with vertical rotor full blade gravity turbine in 29 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increase of generated power How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. Friction loss reducing means (3) aiming at increasing power generation capacity. Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Add gravity acceleration to speed etc. Accelerate vertically downward + accelerate heavy material with impact reduction means (2G) 32 stages of floating blade all-in-one gravity turbine equipped with friction loss reduction means (3) to increase power generation Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy storage cycle combined engines of the power generation method provided with 33 stages of floating type all blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engine of the power generation method which provided the floating type whole blade gravity turbine in 34 stages equipped with). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy conservation cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine equipped with) in 35 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle combined engines of power generation method provided with 36 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method which provided the reduction type (3) with the vertical type all moving blade gravity turbine provided in 37 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + specific material in vacuum direction Acceleration power generation amount aiming at increasing the amount of friction loss reduction means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with 39 rotor-type all blade gravity turbines equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reducing means (3) equipped with 40-stage vertical turbine with all blades gravity turbine installed How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 41 stages of vertical blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 42-stage vertical blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 43 vertical stages of all-blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 44 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) aiming at vacuum generation to accelerate power generation increase. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method provided with 45 stages of vertical rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 46 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increase of power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 47 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy storage cycle coalescing engines of a power generation method provided with 48 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle coalescing engines of power generation method provided with 49 stages of vertical rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 50 stages of vertical blade whole blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 51 stages of paddle type all blade gravity turbines equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 52 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertically accelerated downward + specific material in vacuum direction accelerated power generation with friction loss reduction means (3) aiming at increase of power generation method Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with 54 stages of floating rotor full blade gravity turbine equipped with friction loss reduction means (3) How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact to increase power generation with friction loss reduction means (3) A power generation with 55 stages of floating all blade gravity turbines provided How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to the speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact, and 56 stages of floating blade full blade gravity turbine equipped with friction loss reducing means (3) aiming at increasing power generation Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆鋼球を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the coated steel ball vertically downward by providing a multi-stage solar-gravitational acceleration power generation turbine with 2-25 times specific critical substance solar gravitational acceleration power generation turbine with turbine blade cross section (4X) + heat absorbing material (2B) heating internal air (28a A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Acceleration of heavy materials with impact reduction means (2G) vertically downward + acceleration of heavy material with friction reduction means (3) aiming at increase of power generation 57 Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed and shock reduction means speed etc. + Accelerate vertically downward + Specific material for vacuum direction Directional friction loss reduction means (3) to increase power generation Various energy storage cycle combined engines of power generation method provided with 58 stages of vertical type all moving blades gravity turbine equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend storage and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Accelerate vertically downward + Friction loss reduction means aiming at increasing power generation by accelerating heavier material in vacuum direction (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type whole moving blade gravity turbine provided with 59 stages in 59 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) ascend and store + use water velocity, air velocity and shock reduction means add gravity acceleration to speed etc. vertically accelerate downward + friction loss reduction means aiming to increase the amount of power generation as a vacuum direction accelerated rolling contact with heavy material (3 The various energy storage cycle combined engine of the power generation method which provided the vertical type all moving blade gravity turbine equipped with 60 stages. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) (2G) Use ascend to save and use + Add gravity acceleration to water velocity, air velocity, shock reduction means velocity etc. Vertically accelerate downward + Friction loss reduction means aiming to increase the amount of power generation by using heavier material as vacuum direction accelerated rolling contact ( 3) Various energy storage cycle combined engines of the power generation method provided with 61 stages of vertical type all moving blade gravity turbines equipped. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力発生タービン翼を全部にする設備方法＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Facility method to make a turbine blade cross section (4X) 2 to 25 times the ratio serious substance solar gravitational acceleration power generation output generating turbine blade all + small ball power increase ball (2E) impact reduction means with increase ball lift device (2F) Use ascend with (2G) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. + Vertically accelerate downward + Accelerate heavy substance with shock reduction means (2 G) Friction loss to increase power generation Various energy conservation cycle combination engines of the power generation method provided with 62 stages of floating type all blade gravity turbines equipped with reduction means (3). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Acceleration vertically downward + Specific critical material in vacuum direction Acceleration power generation amount Aimed at increasing power generation of friction loss reducing means (3) Various energy conservation cycle union engine. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material accelerated in vacuum direction to increase power generation Power generation equipped with 64-stage floating blade gravity turbine equipped with friction loss reduction means (3) in 64 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc. Vertical downward acceleration + heavy material in vacuum direction accelerated rolling contact, power generation with friction loss reducing means (3) aiming at increased power generation with power moving blade gravity turbine installed in 65 stages How various energy conservation cycles coalesced agencies. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration is added to speed etc. Vertical downward acceleration + heavier material in vacuum direction accelerated rolling contact. Friction loss reducing means (3) aiming at increase of electric power generation. Energy storage cycle combination engine of power generation method. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて比重大物質を垂直下方に加速する構造や方法＋熱吸収材（２Ｂ）加熱内部空気（２８ａ）を熱ポンプ（１Ｇ）で吸入圧縮熱回収＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the critical substance vertically downward by arranging the critical material solar gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + heat absorbing material (2B) heating internal air (28a) A) Heat pump (1G) suction compression heat recovery + increase ball raising device (2F) small diameter output increase ball (2E) together with shock reduction means (2G) rising and use + water speed, air speed or shock reduction means Gravity acceleration added to speed etc Vertical acceleration downward + acceleration of heavy material with impact reduction means (2G) 67-stage vertical blade full blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase Various energy storage cycle combination engine of the power generation method provided in. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity + add water acceleration, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 68 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 69 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) for accelerating the vacuum direction to increase power generation amount. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save and use gravity + water speed, air speed, shock reduction speed etc. vertically downward acceleration + heavy substance in vacuum Various energy storage cycle coalescing engines of power generation method provided with 70 vertical stages of all-blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as directionally accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) with device (2F) + Save gravity to add water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavier material Various energy conservation cycle combined engines of the power generation method provided with 71 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電タービンを多段に設けて被覆比重大物質を垂直下方に加速する構造や方法＋全面電化住宅全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the covering ratio critical material vertically downward by arranging the multiple critical solar power gravitational acceleration power generation turbine of 2 to 25 times the turbine blade cross section (4X) in multiple stages + making the full electrification house prime + increasing sphere rise Use small-diameter output increase ball (2E) together with shock reduction means (2G) in the device (2F) + save gravity + add water acceleration, air speed, shock reduction means speed etc. vertically downward acceleration + heavy substance shock Various energy storage cycle coalescing engines of power generation method provided with 72 stages of floating type all blade gravity turbines equipped with friction loss reduction means (3) for accelerating power generation amount increase by reducing means (2G). タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋比重大物質を真空方向加速発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + ratio critical substance Various energy conservation cycle combined engines of the power generation method provided with 73 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing the amount of vacuum direction accelerated power generation. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy storage cycle combined engines of the power generation method provided with 74 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming at increasing power generation amount by accelerating in the vacuum direction. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy conservation cycle combined engines of the power generation method provided with 75 vertical stages of rotor blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋より重い物質を真空方向加速転がり接触として発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Lift and store small diameter power increase ball (2E) together with shock reduction means (2G) with lift device (2F) + Add gravity acceleration to water speed, air speed and shock reduction speed etc. Accelerate vertically downward + heavier substance Various energy conservation cycle combined engines of the power generation method provided with 76 stages of floating type all blade gravity turbine equipped with friction loss reduction means (3) aiming at power generation increase as vacuum direction accelerated rolling contact. タービン翼断面（４Ｘ）を２〜２５倍の比重大物質太陽光重力加速度発電出力増大球（２Ｅ）を重力加速度で垂直下方に加速する構造や方法＋蓄電池駆動各種自動車類全盛にする＋増大球上昇装置（２Ｆ）で小径出力増大球（２Ｅ）を衝撃低減手段（２Ｇ）と共に上昇保存使用する＋水速度や空気速度や衝撃低減手段速度等に重力加速度を追加垂直下方に加速＋重い物質を衝撃低減手段（２Ｇ）と共に加速して発電量増大を狙う摩擦損失低減手段（３）を具備した竪型全動翼重力タービンを７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Structure and method to accelerate the turbine blade cross section (4X) 2 to 25 times the ratio critical substance solar gravity acceleration power generation output increase sphere (2E) vertically downward by gravity acceleration + battery drive various automobile kind prime + increase sphere Use small-diameter power increase ball (2E) together with shock reduction means (2G) by lift device (2F) + Add gravity acceleration to water speed, air speed, shock reduction means speed etc. Accelerate vertically downward + heavy substance Various energy storage cycle coalescing engines of a power generation method provided with 77 stages of paddle-type full blade gravity turbines equipped with friction loss reduction means (3) aiming to increase power generation by accelerating with impact reduction means (2G). タービン翼断面（４Ｘ）を２〜２５倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method provided with 2 to 25 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を２倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with doubled turbine blade cross section (4X). タービン翼断面（４Ｘ）を３倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with tripled turbine blade cross section (4X). タービン翼断面（４Ｘ）を４倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with quadrupled turbine blade cross section (4X). タービン翼断面（４Ｘ）を５倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 5 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を６倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engine of the power generation method which provided the turbine blade cross section (4X) 6 times. タービン翼断面（４Ｘ）を７倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method provided with 7 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を８倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 8 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を９倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 9 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を１０倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 10 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を１１倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 11 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を１２倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 12 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を１３倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 13 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を１４倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 14 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を１５倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 15 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を１６倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 16 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を１７倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 17 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を１８倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 18 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を１９倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 19 times of turbine blade cross section (4X). タービン翼断面（４Ｘ）を２０倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 20 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を２１倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 21 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を２２倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 22 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を２３倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 23 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を２４倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 24 times the turbine blade cross section (4X). タービン翼断面（４Ｘ）を２５倍に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 25 times the turbine blade cross section (4X). 竪型全動翼重力タービンを１０３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 103 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを１０４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 104 types of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを１０５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 105 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを１０６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 106 vertical stages of all-wing gravity turbines. 竪型全動翼重力タービンを１０７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 107 vertical stages of all-wing gravity turbines. 竪型全動翼重力タービンを１０８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 108 vertical stages of all-wing gravity turbines. 竪型全動翼重力タービンを１０９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 109 vertical stages of all-wing gravity turbines. 竪型全動翼重力タービンを１１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 110 stages of vertical type all moving blades gravity turbines. 竪型全動翼重力タービンを１１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 111-stage vertical blades of floating blades. 竪型全動翼重力タービンを１１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 112 stages of vertical type all moving blades gravity turbine. 竪型全動翼重力タービンを１１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 113 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを１１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 114 stages of vertical type all moving blades gravity turbine. 竪型全動翼重力タービンを１１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 115 stages of vertical type all moving blades gravity turbine. 竪型全動翼重力タービンを１１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 116 stages of vertical type all moving blades gravity turbine. 竪型全動翼重力タービンを１１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 117 vertical stages of all-wing gravity turbines. 竪型全動翼重力タービンを１１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 118 vertical stages of all-wing gravity turbines. 竪型全動翼重力タービンを１１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 119 stages of vertical type all blade gravity turbines. 竪型全動翼重力タービンを１２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 120 vertical stages of all-wing gravity turbines. 竪型全動翼重力タービンを１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with one type of paddle-type all blade gravity turbine installed. 竪型全動翼重力タービンを２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with two-stage vertical turbine blade gravity turbines. 竪型全動翼重力タービンを３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 3 types of vertical blades with all moving blades and gravity turbines. 竪型全動翼重力タービンを４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with four vertical stages of floating blade all-over gravity turbines. 竪型全動翼重力タービンを５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with five vertical stages of all-wing gravity turbines. 型全動翼重力タービンを６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Energy saving cycle combined engine of the power generation method which provided 6 types of all-wing blade gravity turbine. 竪型全動翼重力タービンを７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with seven vertical stages of all-wing gravity turbines. 竪型全動翼重力タービンを８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 8-stage all-blade gravity turbines. 竪型全動翼重力タービンを９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 9 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを１０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 10 vertical stages of floating blade all type gravity turbines. 竪型全動翼重力タービンを１１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 11 stages of vertical type all moving blades gravity turbines. 竪型全動翼重力タービンを１２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 12 stages of vertical type all moving blades gravity turbines. 竪型全動翼重力タービンを１３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 13 stages of vertical type all moving blades gravity turbine. 竪型全動翼重力タービンを１４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 14 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを１５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 15 vertical stages of all-wing gravity turbines. 竪型全動翼重力タービンを１６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 16 stages of vertical type all moving blades gravity turbine. 竪型全動翼重力タービンを１７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 17 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを１８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 18 vertical stages of floating blade all type gravity turbines. 竪型全動翼重力タービンを１９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 19 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを２０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 20 vertical stages of all-wing gravity turbines. 竪型全動翼重力タービンを２１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 21 stages of vertical type all moving blades gravity turbines. 竪型全動翼重力タービンを２２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 22 stages of vertical type all moving blades gravity turbine. 竪型全動翼重力タービンを２３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 23 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを２４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 24 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを２５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 25 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを２６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 26 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを２７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 27 stages of vertical type all moving blades gravity turbine. 竪型全動翼重力タービンを２８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 28 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを２９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 29 stages of vertical type all moving blades gravity turbine. 竪型全動翼重力タービンを３０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 30 stages of vertical bladed all moving blades gravity turbine. 竪型全動翼重力タービンを３１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 31 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを３２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 32 stages of vertical type all blade gravity turbines. 竪型全動翼重力タービンを３３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 33 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを３４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 34 stages of vertical type all moving blades gravity turbine. 竪型全動翼重力タービンを３５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 35 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを３６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 36 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを３７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 37-stage vertical turbines equipped with floating blades. 竪型全動翼重力タービンを３８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 38 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを３９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 39-stage vertical turbine blades. 竪型全動翼重力タービンを４０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 40 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを４１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 41 stages of vertical type all moving blades gravity turbine. 竪型全動翼重力タービンを４２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 42 stages of vertical type all moving blades gravity turbine. 竪型全動翼重力タービンを４３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 43 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを４４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 44 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを４５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 45-stage vertical turbines equipped with floating blades. 竪型全動翼重力タービンを４６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 46 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを４７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 47 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを４８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 48 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを４９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 49 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを５０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 50 stages of vertical bladed all moving blades gravity turbines. 竪型全動翼重力タービンを５１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 51 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを５２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 52 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを５３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 53 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを５４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 54 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを５５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 55 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを５６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 56 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービンを５７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines with power generation method with 57 stages of vertical bladed all blades gravity turbine. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method which provided the floating type full blade gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 58 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に５９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method which set the vertical type all moving blade gravity turbine and generator with thrust bearing, bearing and turbine outer box (77a) in 59 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method in which the paddle type all moving blade gravity turbine and generator are provided in 60 stages together with thrust bearings, bearings, and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method which provided the paddle type all blade gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 61 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method which provided the floating type whole blade gravity turbine and generator with thrust bearings, bearings, and a turbine outer case (77a) in 62 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method in which the paddle type full blade gravity turbine and generator are provided in 63 stages with thrust bearings, bearings, and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method in which vertical type full blade gravity turbine and generator are provided in 64 stages together with thrust bearings, bearings and turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method in which the paddle type all moving blade gravity turbine and generator are provided in 65 stages together with thrust bearings, bearings, and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method in which the paddle type full blade gravity turbine and generator were provided in 66 stages with thrust bearings, bearings, and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method which provided the floating type all blade gravity turbine and generator with the thrust bearing, the bearing, and the turbine outer case (77a) in 67 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method which provided the floating type full blade gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 68 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に６９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method which provided the floating type all blade gravity turbine and generator with thrust bearings, bearings, and a turbine outer box (77a) in 69 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method which installed the vertical type all blade gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 70 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method which provided the floating type whole blade gravity turbine and generator with the thrust bearing, the bearing and the turbine outer box (77a) in 71 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method which provided the floating type whole blade gravity turbine and generator with thrust bearings, bearings, and a turbine outer box (77a) in 72 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method in which the paddle type all moving blade gravity turbine and generator were provided in 73 stages together with thrust bearings, bearings and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method which provided the floating type whole blade gravity turbine and generator with the thrust bearing, the bearing and the turbine outer box (77a) in 74 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method which provided the floating type all blade gravity turbine and generator with the thrust bearing, the bearing and the turbine outer box (77a) in 75 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method which provided the floating type whole blade gravity turbine and generator with thrust bearings, bearings, and a turbine outer box (77a) in 76 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method in which the paddle type all moving blade gravity turbine and generator are provided in 77 stages together with thrust bearings, bearings, and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method which provided the floating type all blade gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 78 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に７９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method in which the boat type all moving blade gravity turbine and generator were provided in 79 stages along with thrust bearings, bearings, and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of power generation method in which vertical type full blade gravity turbine and generator are provided in 80 stages together with thrust bearings, bearings and turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method which provided the floating type all blade gravity turbine and generator with thrust bearings, bearings, and a turbine outer box (77a) in 81 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method which provided the floating type whole blade gravity turbine and generator with thrust bearings, bearings, and a turbine outer box (77a) in 82 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method in which the paddle type all blade gravity turbine and generator were provided in 83 stages with thrust bearings, bearings, and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method in which the paddle type all blade gravity turbine and generator were provided in 84 stages with thrust bearings, bearings, and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of power generation method in which vertical type full blade gravity turbine and generator are provided in 85 stages with thrust bearings, bearings, and turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method in which the paddle type all moving blade gravity turbine and generator were provided in 86 stages with thrust bearings, bearings, and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method which provided the floating type whole blade gravity turbine and generator with the thrust bearing, the bearing and the turbine outer box (77a) in 87 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method which provided the floating type whole blade gravity turbine and generator with thrust bearing, bearing and turbine outer case (77a) in 88 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に８９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method which provided the floating type all blade gravity turbine and generator with thrust bearing, bearing and turbine outer box (77a) in 89 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９０段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method in which the paddle type all moving blade gravity turbine and generator were provided in 90 stages with thrust bearings, bearings, and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method which provided the floating type all blade gravity turbine and generator with the thrust bearing, the bearing, and the turbine outer box (77a) in 91 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method which provided the floating type all blade gravity turbine and generator with thrust bearings, bearings, and a turbine outer case (77a) in 92 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９３段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method which provided 93 type of floating type all blade gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９４段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method which provided the floating type all blade gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 94 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９５段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method which installed the paddle type all blade gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 95 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９６段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method which provided the floating type all blade gravity turbine and generator with thrust bearings, bearings, and turbine outer box (77a) in 96 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９７段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method in which the rotor type all moving blade gravity turbine and generator are provided in 97 stages with thrust bearings, bearings, and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９８段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method which provided the floating type whole blade gravity turbine and generator with thrust bearings, bearings and turbine outer box (77a) in 98 stages. 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に９９段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of power generation method in which all types of floating blade gravity turbines and generators are provided in 99 stages along with thrust bearings, bearings, and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１００段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of power generation method in which all types of floating blade gravity turbine and generator are provided in 100 stages together with thrust bearings, bearings and turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０１段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy storage cycle combined engines of the power generation method in which the paddle type all moving blade gravity turbine and generator are provided in 101 stages together with thrust bearings, bearings, and a turbine outer box (77a). 竪型全動翼重力タービン及び発電機を推力軸受や軸受やタービン外箱（７７ａ）と共に１０２段に設けた発電方法の各種エネルギ保存サイクル合体機関。   Various energy conservation cycle combined engines of the power generation method in which the paddle type all moving blade gravity turbine and generator are provided in 102 stages together with thrust bearings, bearings, and a turbine outer box (77a).
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